WO/2015/111088 VALVE FOR FLUIDS||WO||30.07.2015|
||PCT/IT2014/000022||IDEA S.P.A.||GIORDANO, Bruno|
Described is a valve (1 ) for fluids, comprising an inlet opening (6) of the fluid extending along a respective axis of extension (12) and an outlet opening (7) of the fluid extending along a respective axis of extension (4) positioned transversally relative to the axis of extension (12). Moreover, the valve (1 ) comprises a shutter (1 1 ) operatively associated with the inlet opening (6) and movable between an open position and a closed position along the axis of extension (12). More specifically, the shutter (1 1 ) defines a gap (33) placed in fluid communication with the inlet opening (6) and extending through the shutter (1 1 ) towards a transient space (32) which is closed, at least during the closed position of the shutter, with respect to the outlet opening.
WO/2015/111087 VALVE FOR FLUIDS||WO||30.07.2015|
||PCT/IT2014/000021||IDEA S.P.A.||GIORDANO, Bruno|
Described is a valve (1) for fluids extending from an inlet duct (2) of the fluid to an outlet duct (3) of the fluid along a main direction of extension (4) and comprising an intermediate chamber (5) positioned between the inlet duct (2) and the outlet duct (3) and having an inlet opening (6) and an outlet opening (7). The valve (1) also comprises a first shutter (11) operatively associated with the inlet opening (6) and movable between an open position and a dosed position along a direction of movement (12) transversal to the main direction of extension (4). In addition, the valve comprises a second shutter (13) operatively associated with the outlet opening (7) and movable between an open position and a closed position of the outlet opening (7). In accordance with this invention, the first shutter (11) and the second shutter (13) are mutually superposed along the direction of movement (12) and the second shutter (13) is also movable along the direction of movement (12).
WO/2015/111089 METHOD FOR ESTIMATING THE POSITION OF A PORTABLE DEVICE||WO||30.07.2015|
||PCT/IT2015/000008||GIPSTECH S.R.L.||D'AQUILA, Gaetano|
Method for estimating the position of a portable device (A), which comprises: - a first estimation step (11), in which is estimated the position and the extension of a first spatial region (100) where is located said portable device (A); - a second estimation step (12), in which is estimated the position of said portable device (A) by the selection of said position among the positions included in said first spatial region (100).
WO/2015/107555 INDUSTRIAL OVEN PARTICULARLY FOR BAKERY PRODUCTS||WO||23.07.2015|
||PCT/IT2014/000103||PASQUALI S.R.L.||PASQUALI, Adriano|
An industrial oven (100), particularly for bakery products, comprising a cooking chamber (105) and means (140, 145) for handling a plurality of baking trays (300) within the cooking chamber (105), its particularity residing in the fact that the cooking chamber (105) is arranged vertically and in that it comprises means (120) for inserting at least one baking tray (300), means (130) for extracting at least one of the plurality of baking trays (300), and mechanical chain systems (200, 205) adapted to manage the baking trays (300) in input and in output from the cooking chamber (105).
WO/2015/107556 ARC-TYPE WING EQUIPPED WITH ADJUSTABLE JUNCTION SYSTEM OF BRIDLES||WO||23.07.2015|
||PCT/IT2014/000315||KITE GEN RESEARCH S.R.L||MASSIMO, Ippolito|
An arc-type wing (1) is described, connected to at least one pair of power ropes (2) through at least two pairs of control bridles, each one of such pairs being composed of at least one front bridle (21) and of at least one rear bridle (22), such wing (1) being composed of at least one section of central arc (13) laterally connected to each pair of bridles (21, 22) by interposing at least one respective shoulder (14), each one of such shoulders (14) comprising at least one adjustable junction system of an attack point (P) at least of such respective rear bridles (22) with respect to such wing (1).
WO/2015/107560 IMPROVED DEVICE FOR WASHING A GLASS||WO||23.07.2015|
||PCT/IT2015/000007||CELLI S.P.A.||CELLI, Goffredo|
The present invention concerns a device (1) for washing a glass (B) comprising a supply duct (6) of a washing liquid, at least one dispensing member comprising at least one ring-shaped dispensing duct (11) having at least one hole (13) for the emission of a jet of said liquid, at least two radial connecting ducts (11 a), which connect said dispensing duct (11) to said supply duct (6), said at least two radial connecting ducts (11 a) laying on the same plane of said dispensing duct (11), so as to be capable of supporting the rim of said glass (B) when it is turned upside down, so that said at least one hole (13) of said dispensing duct (11) can emit a jet of liquid on the outer surface portion of said glass (B), and means for interrupting the flow (7, 7', 8b), for selectively interrupting the passage of said liquid through said supply duct (6) or through said dispensing duct (11).
WO/2015/107559 SOLAR POINTING SYSTEM||WO||23.07.2015|
||PCT/IT2015/000005||VINCENZI, Donato||VINCENZI, Donato|
A pointing sensor for solar tracking systems comprising image acquisition means ( 1 ), a shading sensor (2) integral and aligned with said image acquisition means (1), a processing unit (1 1 ) and a containing body (7) opaque to light radiation, which forms the divider of the shading sensor (2).
WO/2015/107557 WATER WHEEL||WO||23.07.2015|
||PCT/IT2015/000003||SOLDAINI, Fulvio||SOLDAINI, Fulvio|
Water wheel, comprising a shaft (1) carrying a plurality of blades (4) supported by corresponding rods (3) that are oriented radially with respect to the axis (x-x) of the shaft (1). The blades (4) are provided by corresponding floating surfaces (40). The rods (3) are mounted longitudinally slidable in corresponding seats (2) provided by the shaft (1) so that, during rotation of the latter about its axis (x- x), the blades (4) supported by the rods (3) can cyclically move towards and from said axis (x-x).
WO/2015/107558 LANDING AND/OR DOCKING SYSTEM FOR AERIAL VEHICLES||WO||23.07.2015|
||PCT/IT2015/000004||AERO SEKUR S.P.A.||CONTE, Massimo|
The present invention concerns a landing and/or docking system for aerial vehicles, comprising two infrared emitters, respectively a position emitter (10), and an axis emitter (11), located on a landing surface and able to transmit respectively at a first frequency fl and at a second frequency f2; and at least three sensors (12, 13, 14, 15) each positioned in a respective sector of a plan of an aerial vehicle (16), each of said at least three sensors (12, 13, 14, 15) being capable of detecting the signals transmitted by said position emitter (10) and by said axis emitter (11); the system further comprising a module capable of controlling the movement of the aerial vehicle (16) based on the intensity of the infrared signals detected by said at least three sensors (12). The invention additionaly concerns a landing and/or docking method for aerial vehicle, using said system, and a relative landing and/or docking device for aerial vehicles and an aerial vehicle comprising said device.
WO/2015/107554 A COMPOSITION FOR USE IN TREATMENT OF DERMATOLOGICAL DISEASES, AND RELATIVE PHARMACEUTICAL PREPARATIONS||WO||23.07.2015|
||PCT/IT2014/000065||MINUTILLO, Claudia||LOTTI, Jacopo|
A composition for the topical treatment of dermatological diseases, and the relative pharmaceutical preparations, comprising an anti-inflammatory substance (4), an antioxidant substance (5) and an active substance (6), at least one of said substances, preferably said active substance (6), being suitable to be conveyed through a biodegradable nanovector (1).