Abstract: Connection system, with self-alignment, for elevator guides, in which the front surfaces thereof maintain a perfect 90° angle with respect to the longitudinal axis (e) of each guide (1) and there is a connection plate (2) that forms through-holes (241) that are offset and in correspondence with holes (141) in the wings (14), such that, when connection means (3) are mounted therein, a front self-alignment pressure is created between the two guides (1).

Abstract: A self-aligning coupling for lift guides, which consists of a core-mushroom element and wings. Each wing carries a through hole in its coupling zone and there are: under the wings an extra-flat plate provided with four through holes in correspondence with the orifices of two guides to be joined; on top of the wings, two extra-flat plates, each provided with two through holes in correspondence with two orifices of two guides to be joined. in said orifices, and retaining screws fastened with nuts; said screws presenting a conical head. The orifices of the plates are of greater diameter than the orifices of the wings. The distance between the orifices of the plates is shorter than the distance between the two orifices of the wings of the same side.

Abstract: The invention relates to a lift guide with a symmetry axis OY, consisting of a mushroom-shaped element and two flanges, each side of the mushroom element being provided with a side braking and guiding surface for the lift-braking and -guiding elements. The invention is characterized in that the mushroom element includes a head which limits movement of the braking and/or guiding elements along the axis. The head of the mushroom element has: two side braking and/or rolling surfaces, on either side of the symmetry axis, which converge toward one another in the direction of the interior or exterior of the mushroom element; and larger dimensions along the OX axis than the side braking/guiding surfaces.

Abstract: A self-aligning coupling for lift guides, which consists of a core-mushroom element and wings. Each wing carries a through hole in its coupling zone and there are: under the wings an extra-flat plate provided with four through holes in correspondence with the orifices of two guides to be joined; on top of the wings, two extra-flat plates, each provided with two through holes in correspondence with two orifices of two guides to be joined. in said orifices, and retaining screws fastened with nuts; said screws presenting a conical head. The orifices of the plates are of greater diameter than the orifices of the wings. The distance between the orifices of the plates is shorter than the distance between the two orifices of the wings of the same side.

Abstract: An adjustment flange for lift guides; structured in two identical semi-parts fastened on a support (5) clamping the lift guide between them (G), each of which consists of: a) a rotary element (1) provided with an axial orifice (11) and a perimeter channel (12) of asymmetric section; b) an anchor bolt (2) that passes through said axial orifice (11) and an orifice/housing (S1) of the support (S) positioned facing it; and c) a nut (3), threaded in the body (20) of said bolt (2) with interposition of a washer (4); The lift guide (G) is fitted between the two rotary elements (1) positioned facing each other and with their wings ((S1) housed in their perimeter channels (12).

Abstract: Connection system, with self-alignment, for elevator guides, in which the front surfaces thereof maintain a perfect 90° angle with respect to the longitudinal axis (e) of each guide (1) and there is a connection plate (2) that forms through-holes (241) that are offset and in correspondence with holes (141) in the wings (14), such that, when connection means (3) are mounted therein, a front self-alignment pressure is created between the two guides (1).

Abstract: The invention relates to a lift guide with a symmetry axis OY, consisting of a mushroom-shaped element (1) and two flanges (2), each side of the mushroom element (1) being provided with a side braking and guiding surface for the lift-braking and -guiding elements (fg). The invention is characterised in that the mushroom element (1) includes a head (3) which prevents the braking and/or guiding elements (fg) from moving along the axis. The head (3) of the mushroom element (1) has: two side braking and/or rolling surfaces (3?, 3?), on either side of the symmetry axis, which converge toward one another in the direction of the interior or exterior of the mushroom element (1); and larger dimensions along the OX axis than the side braking/guiding surfaces (3?, 3?).

Abstract: Rapid connection/assembly system, for lift guides, each guide (1) including a core-head (13) and some flanges (14) that have some machined parts (141) placed around some previously defined connection points; some connection plates (2) are organised into two plate parts (2a) that can be moved in some tightening means (2b), 21), (22) mounted on these plate parts (2a) which when brought closer together, tighten these plate parts (2a) sideways against the flange (14), and on each plate part (2a) there are alignment elements (3), (241) that centrally and in a combined way match the machined parts (141) at the connection points (P) of the flanges (14). For application in the manufacture of lift guides.

Abstract: Lift guide joint system, characterised because on each side of the joint of the two guides there is a joint-bridge plate which is comprised of a central body, which is palced on the uppe surface of the wings of the two guides to be joined together, which extends along one endge with an upper flap which rests on the blade-head and along the other edge with a lower flap the central body being screwed to the wings so that the upper flap presses against the head and the upper flap and the lower flap forming an obtuse angle with the central body. For application in lifts.

Abstract: A lift guide joint system for joining two guides having a joint-bridge plate connected to each side of the two guides is disclosed. The joint-bridge plate has a central body placed on an upper surface of the wings of the two guides. An upper flap of the joint-bridge plate extends along the blade-head portion of the guides and a lower flap of the joint-bridge extends along the wing portion of the guides. The central body is screwed to the wing portions so that the upper flap presses against the blade-head in order to align the two guides.