Jacobacci & Partners S.p.A.

A segment (10) for a segmented circular brake disc defining an axis of rotation (x) comprises at least one first end coupling portion (12) having an end face (14) which extends into the segment (10) in a radial direction, and comprises at least one cavity (16) arranged to receive coupling means, and a braking band extending into the segment (10) in circumferential directions. The braking band has, in at least one point, a dimension in axial direction (da1) which is smaller than a dimension in axial direction (da2) of the at least one first end coupling portion (12) at the end face (14) and at a maximum dimension in axial direction of the at least one cavity (16).

A segment (10) for a circular segmented brake disc defining an axis of rotation (x) comprises at least one first end coupling portion (12) having an end face (14) which extends in the segment (10) in a radial direction. The end face (14) comprises at least one cavity (16) configured to receive coupling means. The at least one cavity (16) has a dimension in radial direction (dr) greater than a dimension in axial direction (da3).

The present invention relates to a leveling device for heavy loads, of the type used, for example, in shipyards.In particular, the invention relates to a support device (1) for heavy loads comprising a first and a second wedge-shaped support element (2, 3), a first and a second wedge-shaped adjustment element (4, 5), an adjustment member (6) for adjusting the mutual distance between said first and second wedge-shaped adjustment elements (4, 5), wherein said first wedge-shaped support element (2) comprises an upper face (2a), configured to support the heavy load, and two converging oblique faces (2b, 2c), and two side faces (2d), wherein said second wedge-shaped support element (3) comprises a lower face (3a), configured to support the support device (1) on a fixed surface, two converging oblique faces (3b, 3c), and two side faces (3d), said first and second wedge-shaped support elements (2, 3) being arranged so that the respective oblique faces (2b, 2c, 3b, 3c) face one another; wherein said first and second wedge-shaped adjustment elements (4, 5) comprise a front face (4a, 5a), an upper oblique face (4b, 5b), a lower oblique face (4c, 5c), and two side faces (4d, 5d), respectively, wherein said upper (4b, 5b) and lower (4c, 5c) oblique faces are converging and wherein said wedge-shaped adjustment elements (4, 5) are arranged so that the respective oblique faces (4b, 4c, 5b, 5c) face one another; and wherein said upper oblique faces (4b, 5b) act on said oblique faces (2b, 2c) of the first wedge-shaped support element (2), respectively, and said lower oblique faces (4c, 5c) act on said oblique faces (3b, 3c) of the second wedge-shaped support element (3), respectively, characterized in that it comprises a system for the lateral control of the relative slippage between said first and second wedge-shaped support elements (2, 3) and said first and second wedge-shaped adjustment elements (4, 5).

The invention relates to the chemistry of organic compounds, pharmacology, and medicine, and concerns the prevention and treatment of fibrosis of the liver, kidneys, pancreas, heart (myocardial fibrosis), and lungs, preferably of idiopathic origin, as well as to cough, particularly subchronic and chronic cough, and more specifically, cough associated with idiopathic pulmonary fibrosis (IPF), by means of salt forms of N,N'-bis[2-(1H-imidazol-4-yl)ethyl]oxalamide of formula (I) <img class="EMIRef" id="5cb757ce-a80f-4088-b745-16200b5f6bc9-ia01" /> wherein A presents HCl, H<3>PO<4>, maleic acid, malonic acid, fumaric acid, HI, HBr, H<2>SO<4>, benzenesulfonic acid, tartaric acid, malic acid, p-toluenesulfonic acid, oxalic acid, glycolic acid, glutaric acid, camphorsulfonic acid, methanesulfonic acid, formic acid, ethanesulfonic acid, mandelic acid, nicotinic acid, succinic acid, and adipic acid; n represents 1 or 2, and z represents an integer from 0 to 3. The present invention also relates to methods for preparing compounds of formula (I), pharmaceutical compositions comprising a therapeutically effective amount of the salt according to the invention, and methods of treatment.

A control device obtains position information about a maritime position of a vessel using metal-body communication, based on the position information of the vessel, when the maritime position of the vessel entering a second maritime zone corresponding to a second communication mode from a first maritime zone corresponding to a first communication mode is detected, identifies communication setting information corresponding to the second communication mode, and transmits the communication setting information corresponding to the second communication mode to the wireless relay device to cause the wireless relay device to transmit the communication setting information corresponding to the second communication mode to one or more radio communication devices.

A kit for making a suspension lighting system, comprises at least one support rope (10) and at least one power cable (12), a plurality of anchoring elements (14) adapted to support said at least one support rope (10) and said at least one power cable (12), at least one connection joint (16) adapted to engage an intermediate portion of both the support rope (10) and the power cable (12) along two directions substantially orthogonal to each other so as to define a point of intersection between said support rope and said power cable.

The present invention relates to equipment for setting up panels for insulating roofing, in particular panels of the "standing seam" type for the insulation of roofs of housings. Specifically, the equipment of the invention concerns an automatic system for cutting and notching the metal sheet and for equipping the insulating panel with reinforcing plates. In particular, the present invention relates to equipment (1) for setting up panels for insulating roofing, in particular panels for the insulation of roofs of housings of the "standing seam" type, comprising a base structure (100) which supports, in the operating order, a profiling station (2), which singularizes and profiles a metal sheet (L), an overlapping station (3) for overlapping two singularized metal sheets (L), and optionally a preparation station (4) for preparing the singularized metal sheets (L) with reinforcing plates (P), characterized in that said equipment (1) is operatively placed upstream of a polyurethane-foaming and singularization station for said insulating roofing panels.

An inner base 12 of a visual recognition support device 1 for a vehicle includes a fastening hole 12e for fixing a support shaft 5a, and a reinforcing rib 21 formed around the fastening hole 12e. The reinforcing rib 21 has a triangular shape constituted by three side portions 21a, 21b, 21c that are continuous so as to surround the fastening hole 12e.

Interface assembly for a heat pump air conditioning system, comprising a manifold body (110) and a connection block (120), wherein the connection block (120) comprises a plurality of first fluid passage openings and a plurality of second fluid passage openings, wherein respective tubes (41, 42, 52) are welded to the first fluid passage openings for connection to an evaporator and to an inner condenser, wherein the second fluid passage openings are arranged on an upper face (120a) of the connection block (120) and are surrounded by respective collar protrusions, and wherein a respective gasket is arranged around each collar protrusion, wherein the connection block (120) and the manifold body (110) are tightened to each other by means of a screw (130), so that the gaskets are pressed between the upper face (120a) of the connection block (120) and a lower face (110a) of the manifold body (110).

An activation system (200) for an electronic processing means (202) of a vehicle (V), particularly a railway vehicle, arranged to:- when a pressure value of a fluid in a pneumatic pipe (BP) of the vehicle (V) exceeds a first pressure threshold value (S1), enabling the supply of an electrical power supply (PS) to the electronic processing means (202) of the vehicle.An activation method and a control system for a vehicle are also described.