WO/2015/052734 STRUCTURE FOR INTERACTIVE PLAYING STATION||WO||16.04.2015|
||PCT/IT2013/000275||DEDEM AUTOMATICA S.R.L.||RIZZI, Riccardo|
The present description refers to a structure for an interactive playing station, particularly suitable, for the realization of playing stations for simulation of the type commonly called "kiddie ride", easily usable by disabled kids. The structure is made in the form of a submarine. The structure comprises actuators suitable for vibration dampening. Multimedia content is presented on a 3D display.
WO/2015/052733 CONTROLLED HEATING METHOD OF A PROCESS FLUID THROUGH CONCENTRATING SOLAR THERMAL PLANT AND HEAT CARRIER SYSTEM AND APPARATUS THEREOF||WO||16.04.2015|
||PCT/IT2013/000273||KT - KINETICS TECHNOLOGY SPA||IAQUANIELLO, Gaetano|
A controlled heating method of a process fluid through concentrating solar thermal plant and heat carrier system where the solar heat available from solar plant is transmitted to a heat carrier stream constituted by air and it is eventually integrated with post firing fuel stream; the heat carrier stream constituted by hot air and post-firing flue gas stream is circulated via a duct circuit through a heat exchanger with the process fluid to allow reaching final required process fluid temperature; the post- firing contribute is determined by an automatic control system which controls in continuous the process fluid temperature and adapt the firing contribute during the different operating phases of the concentrating solar plant.
WO/2015/052735 ORTHOPEDIC KNEEPAD||WO||16.04.2015|
||PCT/IT2013/000276||INDACO S.R.L.||FRANGI, Massimo|
An orthopedic knee brace comprising first (2) and second (3) pockets made of a non- stretchable material which accommodate respective jointed support rods, a first portion (4) of flexible and stretchable material that extends between the first (2) and the second (3) pockets, a second portion (5) of flexible and stretchable material that extends from the second pocket (3) to a free end (5a), a first attachment member (6) and a second attachment member (7) made of non-stretchable material, which are located at said free end (5a), the first pocket (2) having first (8) and second (9) attachment members which are adapted to be respectively engaged by the first (6) and second (7) attachment members. The knee brace further comprises stabilization members (10) for restricting the extension of the first (4) and/or second (5) portions of flexible and stretchable material.
WO/2015/052736 METHOD AND PLANT FOR ETCHING A FLUOROPOLYMER SUBSTRATE||WO||16.04.2015|
||PCT/IT2013/000280||GUARNIFLON S.P.A.||VILLANO, Massimo|
(Semi-) continuous etching method for a fluoropolymer substrate (10) comprising steps of feeding (22) said substrate (10) in the form of a continuous ribbon wherein said substrate defines a primary surface (12), subjecting to at least one etching operations (2) a part of the primary surface (12) by means of an adhesion-promoting solution comprising a complex of an alkali metal in naphthalene, washing (4) the primary surface (12) wetted by the adhesion-promoting solution by means of a washing solution (42) comprising aqueous acetic acid/ formic acid, and selectively separating a concentrated solution (24) of acetic acid/formic acid from the washing solution (42) by means of inverse osmosis operations (6, 8) at ■ increasing pressures, and re-introducing at least a portion of the concentrated solution (24) of acetic acid/ formic acid in the washing solution (42) to create a recirculation. The invention further relates to an etching plant.
WO/2015/052738 SYSTEM AND METHOD FOR OVERPRINTING ON FLEXIBLE SUPPORT ON REEL WITH CAPABILITY OF RELIEF PRINTING||WO||16.04.2015|
||PCT/IT2013/000283||ROTOPRINT SOVRASTAMPA S.R.L.||ARICI, Gian Carlo|
A system and method for the overprint on flexible supports are described. In particular, the overprint system 1 comprises a printing unit 2 comprising a rotatable printing cylinder 3, having printing zones at the surface thereof, and first actuating means 14, configured to drive in a controllable manner the printing cylinder 3 rotation. The system further comprises a first reel 5 for unwinding a flexible support 4 to be printed, which has preset zones to be overprinted, and a second reel 8 for rewinding the flexible support 4, once it has been printed. A plurality of winding rolls 7 arranges an unwinding path, for the flexible support 4, comprised between the first 5 and the second 8 reels, and passing through the printing unit 2. The system then comprises second actuation means 20, configured to drive in a controllable manner the flexible support 4 advancement along the unwinding path (upstream of the printing unit 2 in the unwinding direction), and control means 10, configured to control in a coordinated manner both the first actuating means 14 and the second actuation means 20, so as to determine at every moment a correspondence of the preset zones to be overprinted of the flexible support 4 with respective printing zones of the printing cylinder 3.
WO/2015/052737 METHOD OF MANUFACTURING A COAXIAL ELECTRIC RESISTANCE AND COAXIAL ELECTRIC RESISTANCE||WO||16.04.2015|
||PCT/IT2013/000282||GAMMA S.P.A.||RE, Renzo|
A method of manufacturing a coaxial electric resistance (1) comprises preparing a first insulating support (2) comprising a predetermined number of first blades (3) and winding a resistive wire (1 1) around the first insulating support (2) forming a first winding (9). A hollow insulating body (12) is fitted onto the first winding (9) in a position radially outside with respect to the first winding (9). A second insulating support (13) comprising a predetermined number of second blades (14) is arranged in a position radially outside the hollow insulating body (12). The resistive wire (11) is wound around the second insulating support (13) forming a second winding (17).
WO/2015/052739 ELECTRO-MECHANICAL ACTUATOR FOR MACHINE VALVES AND ELECTRONIC CONTROL SYSTEM EQUIPPED WITH SUCH ACTUATOR||WO||16.04.2015|
||PCT/IT2014/000258||BARBARO, Andrea||BARBARO, Andrea|
An electro-mechanical actuator (4) is described, for valves (6) of operating fluid machines actuated by propulsors (3), comprising: switching means (10) of a rotary movement of the propulsors (3) into a translating movement of the valves (6); and coupling means (7) of the switching means (10) to the actuator (4). An electronic control system equipped with such actuator (4) is further described.
WO/2015/052740 COVER OF TRAPS OR MANHOLES EQUIPPED WITH A MECHANISM FOR LIFTING AND HORIZONTALLY TRANSLATING THE COVER||WO||16.04.2015|
||PCT/IT2014/000262||APULIA INNOVATIVE TECHNOLOGIES S.R.L.||DALENA Giambattista|
A cover (1) for manholes or traps is described, equipped with a mechanism for lifting and horizontally translating the cover (1), the mechanism being actuated through actuating means (10, 11, 12), and being adapted to automatically lift and afterwards horizontally translate or rotate the cover (1) to which it is operatively connected in order to completely open the manhole or trap.
WO/2015/049703 CENTRIFUGAL SEPARATOR||WO||09.04.2015|
||PCT/IT2013/000266||MANTOVANI & VICENTINI S.R.L.||VICENTINI, Renzo|
The present disclosure relates to a centrifugal separator (1), which comprises a rotatable drum (5) having a wall (50), an annular chamber (7) defined along the longitudinal axis (49) of the rotatable drum (5) in a portion adjoining to the wall (50), wherein a mixture of substances in the liquid phase and in the solid phase is movable longitudinally through the annular chamber (7), and a discharging station (13) for discharging the solid phase. The discharging station (13) comprises a vibrating unit (300) for agitating the solid phase. The vibrating unit (300) comprises a half-drum (302) and a vibrating device (304) adapted to vibrate the half-drum (302).
||PCT/IT2013/000267||D.T.S. ILLUMINAZIONE S.R.L.||LATTEO, Eliseo|
Floodlight (1) comprising a frame (10) supporting lighting devices (30) designed to produce at least one first light beam (F) of given shape; first adjusting members (40) being borne by said frame (10) in association with the lighting devices (30) to vary the width of each light beam (F) (F1); second adjusting members (80) being borne by said frame (10) in association with the lighting devices (30) to produce a second light beam (F'), adjustable in width and always flanking said first light beam (F).