|1.||WO||WO/2015/008304 - LABELLING MACHINE WITH CARROUSEL||22.01.2015||
|PCT/IT2013/000202||KOSME S.R.L. UNIPERSONALE||SACCARDI, Giovanni|
A labelling machine with a carrousel comprises a carrousel (3) and a plurality of plates (4), mounted on the carrousel (3). Each plate (4) comprises supporting means (13) and a dragging element (14), comprising a tooth (15) substantially insertable in a recess made in the bottom of the container supported by the supporting means (13). The tooth (15) is off-centre relative to the first axis of rotation and movable relative to the supporting means (13) between an engaged position, in which the tooth (15) is substantially inserted in the recess, and a disengaged position, in which the tooth (15) is not associated with the recess. The machine (1 ) comprises for each plate (4) coupling means (41 ), operatively associated with the tooth (15), for coupling the supporting means (13) to the carrousel (3) when the tooth (15) is in the disengaged position, obstructing rotation of the supporting means (13) relative to the carrousel (3), and for uncoupling the supporting means (13) from the carrousel (3) when the tooth (15) is in the engaged position, allowing substantially free rotation of the supporting means (13) relative to the carrousel (3).
|2.||WO||WO/2015/008303 - BREAK-IN RESISTANT CYLINDER AND ASSOCIATED KEY||22.01.2015||
|PCT/IT2013/000198||CISA S.P.A.||FUSTINI, Fausto|
A break-in resistant cylinder (1) comprising a stator (3) provided with a substantially cylindrical receptacle (4) for a rotor (5). The rotor (5) and the stator (3) are affected by at least one channel (6) for at least one respective pin (7), which can move slidingly within it. The arrangement for retention has the least one pin (7) partly in the rotor (5) and partly in the stator (3), causing the locking of the rotor (5). The open arrangement provides for alignment of an end edge (8) of the at least one pin (7) with the interface surface between the stator (3) and the rotor (5), obtained by means of the insertion of an adapted key (2) having a contoured profile in an opening (9) of the rotor (5) that faces the at least one channel (6) and causes the free rotation of the rotor (5) with respect to the stator (3). The at least one pin (7) comprises an ogive (10) provided with a contoured cavity (11) and a coding part (12) provided with two mutually opposite protruding tabs (13, 14) and with a substantially spherical central portion (15). The at least one channel (6) of the rotor (5) comprises a first part that has a substantially larger diameter than the substantially spherical central portion (15) and a second part whose diameter is substantially smaller than the diameter of the substantially spherical portion (15) and larger than the diameter of a first protruding tab (13); the front of the first protruding tab (13), upon the insertion of the key (2) in the opening (9) of the rotor (5), is accommodated within a respective profiled slot (18) with consequent substantial complete insertion of the second protruding tab (14) within the cavity (11) of the ogive (10) according to the open arrangement.
|3.||WO||WO/2015/008305 - TRIPLE GLAZING WITH A DEVICE FOR COUPLING A GROUP FOR MOVING A BLIND INSIDE THE GLAZING TO A DEVICE PLACED OUTSIDE THE GLAZING, BY MEANS OF WHICH THE ACTUATION OF SAID MOVEMENT GROUP IS CONTROLLED||22.01.2015||
|PCT/IT2014/000060||PELLINI, S.p.A.||NICOLOSI, Giovanni|
Subject of the invention is a system with a triple glazing and a device for coupling a group for moving a blind inside the glazing to a device placed outside the glazing and by means of which the actuation of said movement group is controlled. The control device is connected to a peripheral glass pane of the triple glazing and comprises a first magnet rotatable with respect to said peripheral glass pane. The movement group is housed, together with the blind, between the intermediate glass pane of the triple glazing and the other peripheral pane, and comprises a second magnet rotatable with respect to said intermediate glass pane. The rotation of the second magnet causes the movement of the blind. The device, subject of the invention, is housed in the chamber interposed between the control device and the movement group, and comprises at least one third magnet rotationally and magnetically coupled to said first and second magnet. The device±subject of the invention, therefore transmits a rotary motion from the control device to the blind movement group. Said transmission device is connected to the two intermediate and peripheral glass panes, between which it is interposed by means of two respective groups of tongues, each connected to the transmission device at least at a first edge and to the glass pane opposite thereto at least at a second edge opposite the first edge. Such connection between the transmission device and the glass panes of the triple glazing is elastic and allows damping possible vibrations of the glass panes in a manner so as to prevent damage to the transmission device or the separation of the latter from the glass panes to which it is connected.
|4.||WO||WO/2015/008309 - CAPSULE FOR PREPARING BEVERAGES||22.01.2015||
|PCT/IT2014/000182||BISIO PROGETTI S.P.A.||BISIO, Stefano|
A capsule (1) is described for preparing beverages, in particular coffee, comprising at least one containing body (3) having at least one base (5) and at least one opening (6) opposite to such base (5) and adapted to be closed by at least one cover, the containing body (3) internally defining at least one internal volume (VI), such capsule (1) comprising means for reducing the internal volume (VI) adapted to define inside the containing body (3) at least one reduced internal volume (VINF) adapted to contain at least one substance to be infused or to be solubilized, where VINF
|5.||WO||WO/2015/008307 - PROTECTIVE DEVICE FOR EQUIPMENT WHICH EMITS ELECTROMAGNETIC WAVES||22.01.2015||
|PCT/IT2014/000151||ARIANO Franco||ARIANO Franco|
A protective device for equipment which emits electromagnetic waves, comprising a main body (1) which surrounds the equipment (10) in the operating condition, and spacer means (3), constrained to the main body (1), which keep the equipment (10) away from sensitive parts of the body of a user (20) during use, thereby reducing the absorption of electromagnetic radiation and heat by the user (20).
|6.||WO||WO/2015/008310 - METHOD FOR FILTERING OF INTERFEROMETRIC DATA ACQUIRED BY SYNTHETIC APERTURE RADAR (SAR)||22.01.2015||
|PCT/IT2014/000185||CONSIGLIO NAZiONALE DELLE RiCERCHE||FORNARO, Gianfranco|
The present invention concerns a Method for filtering interferometric data acquired by Synthetic Aperture Radar (SAR), comprising the following steps: (A) acquiring a plurality of images N by means of at least one sensor (A1,..., AM), which runs a plurality of orbits On, with n=1,..., N, in which the sensor (A1,..., AM) carries out a plurality of detections of at least one area tn, each detection during each orbit On being carried out in time references tn, with η=1...., N, emitting a radiation having a predetermined wavelength λ; so as to obtain a multipass data set comprising a set of N images of said at least one area, each of said images being composed of a plurality of pixels P in which targets may be present even possibly interfering due to effects of geometric distortions in the presence of structures with vertical development, said images being geometrically recorded compared to a reference image, to which a reference orbit is associated; (B) determining, for each pixel P of each of said N images, a signal column vector x(P) of length N, constituted by xn(P) signals, n = 1..., N detected by said sensor (A1,,..., AM) in each of said orbits On; (C) determining, for each pixel P of each of said images of said set of N images, a covariance matrix associated with said signal vector \(P); (D) determining the components of backscattering contributions of said signal vector x(P) by decomposing said covariance matrix, each backscattering contribution ŷκ having a value of the square of its norm λκ, with k =1,....,κ < N, and said decomposition being obtained by at least one independent components separation method, such as a method based on the identification of orthogonal components (PCA) and/or a method based on the identification of scattered components, said backscattering contributions ŷκ being obtained from the decomposition into eigenvectors and eigenvalues of said covariance matrix by using the following relations:(see formula 1), in which the square of the norm Ak is the k-th ordered eigenvalue and uk is the corresponding eigenvector; and (E) arranging said backscattering contributions ŷκ in descending order according to said square of the norm λ and selecting a number K of said significant backscattering contributions ŷκ, according to the higher norm with respect to at least one threshold, as a threshold set with respect to the norm λ of the main backscattering contribution ŷ,. The present invention also concern a synthetic aperture radar remote sensing system.
|7.||WO||WO/2015/008306 - WAVE-GUIDE ACOUSTIC TRANSFORMER||22.01.2015||
|PCT/IT2014/000128||ROBIN S.R.L.||GANDOLFI Claudio|
A wave-guide acoustic transformer is described, comprising: a membrane (4) having a cylindrical shape open at its sides, used as sound wave guide and omnidirectional acoustic passive radiator, a loudspeaker (3) adapted to send sound waves (7) inside the cylindrical membrane (4), an acoustically reflecting circular plug (5), a gasket (6) with the housings of the screws to be used for supporting the loudspeaker; the cylindrical membrane (4) receives energy only from the sound wave fronts traveling in the internal air volume and has a strongly anisotropic modulus of elasticity in parallel with the cylinder axis and along the circumference of the cylinder itself, the internal sound waves (7) not modifying the length of the cylinder since, along the axis, the elastic constant is very high, the internal sound waves (7) themselves being adapted to modify the circumference of the cylindrical membrane (4) since, along the circumference, the elastic constant is much lower.
|8.||WO||WO/2015/008313 - POLYURETHANE FOAM COMPOSITION FOR DISCONTINUOUS PANELS FORMED UNDER A REDUCED PRESSURE||22.01.2015||
|PCT/IT2014/000192||DOW GLOBAL TECHNOLOGIES LLC||GOLINI, Paolo|
Embodiments of the present disclosure provide for a composition for forming a polyurethane foam and a method of forming the polyurethane foam using the composition. The polyurethane foam includes a formulated polyol, an isocyanate and a blowing agent. The formulated polyol includes 60 weight percent (wt. %) to 80 wt. % of a polyether polyol and 10 wt. % to 25 wt. % of an aromatic polyester polyol, where the wt. % are based on a total weight of the formulated polyol, and where the formulated polyol has a polyol mixture functionality of 3.8 to 5.5.
|9.||WO||WO/2015/008308 - SYSTEM AND PROCESS FOR MEASURING AND EVALUATING AIR AND INERTIAL DATA||22.01.2015||
||PCT/IT2014/000180||POLITECNICO Dl TORINO||GILI, Piero|
A system (10) and a process are described, for measuring and evaluating air and inertial data of an aircraft (1) for indirectly estimating at least one incidence angle a and one skidding angle β with respect to a relative wind direction Wn of such aircraft (1).
|10.||WO||WO/2015/008311 - IMPROVED SEWING MACHINE||22.01.2015||
|PCT/IT2014/000188||TEKNOMAC S.R.L.||PETROLATI Cesare|
The present invention concern a sewing machine (1) for sewing textile products (4), comprising a frame (2) and a shaft (6), rotatably engaged with said frame (2) about a rotating axis (7) and rotating in only one direction about said rotating axis (7). This sewing machine (1) further comprises motor means, connected with said shaft (6) to make said shaft (6) rotate in only one direction about said rotating axis (7), at least one sewing device (10). This sewing device (10) comprises a needle (20), connecting means (9, 9', 11, 12, 13, 18, 19), for selectively connecting said needle (20) with said shaft (6), wherein which connecting means may be configured in at least two configurations, namely a first neutral configuration, wherein said needle (20) and said shaft (6) are mutually disconnected and a second operative configuration, wherein said needle (20) and said shaft (6) are mutually connected. In said first neutral configuration, said needle (20) is substantially motionless and said shaft (6) rotates in said first neutral configuration, and said needle (20) moves with an alternate translational motion and said shaft (6) rotates in said second operative configuration. Said sewing machine (1) further comprises at least one crochet device, configured to co-operate with a respective sewing device (10), to perform at least one seam in a textile product (4).