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Results 1-10 of 11,903 for Criteria: Office(s):all Language:ES Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2015/071917 METHOD AND SYSTEM FOR AUTHENTICATING A PACKAGED PRODUCT FROM A REMOTE LOCATIONWO21.05.2015
G06Q 30/06
PCT/IT2013/000320MARCHESANO, MatteoMARCHESANO, Matteo
The present disclosure aims at providing a method and a system for authenticating a packaged product arranged within a container from a remote location. The characteristic of the method is to comprise the steps of generating (25), for each packaged product, a unique authentication element (8, 15, 19, 23) through an algorithm; providing (26) a plurality of sealings (6, 10, 16, 20), each of which being configured for permanently memorising a respective unique authentication element (8, 15, 19, 23); associating (27) - irreversibly for each product of said plurality of products - the respective sealing to said container containing said product; memorising (28) in a database said association between the product and the respective sealing (6, 10, 16, 20); acquiring (30) said unique authentication element from a remote location, once said packaged product is freely utilisable and/or placed on the market; comparing (31) said acquired unique authentication element with said association between the product and the respective unique authentication element; transmitting (32) the confirmation of the authenticity of the packaged product to a user in real time, if upon said comparison, said acquired authentication element coincide with said memorised association between the product and the respective generated authentication element.

2. WO/2015/071922 HEIGHT ADJUSTMENT SYSTEM APPLIED TO A PROFILEWO21.05.2015
PCT/IT2014/000307PIVETTA DanielePIVETTA Daniele
The module is thus developed through assembly of the various components with extreme versatility as described below: as can be seen from FIGURES 2 and 3, the assembly is carried out in just two steps, namely, in the first place, the two elements of the anchoring element passing through with the insertion of the two pins are approached, in the second step the anchoring element is inserted inside the profiles and the pins are screwed into the desired positions for the passage of the stringers.

3. WO/2015/071918 APPARATUS FOR FORMING EPITAXIAL NANOSTRUCTURES AND RELATED GROWTH PROCESSWO21.05.2015
C30B 19/06
PCT/IT2014/000295ITALIA SYNTESALLOYS S.P.A.MARONCHUK, Igor
An apparatus (100) is described for forming epitaxial nanostructures with ideal matrixes with quantic points, obtained starting from at least one low-melting alloy and from at least one substrate (19), such apparatus (100) comprising at least one reactor (2) with airtight chamber and at least one thermal heating system (3) of such reactor (2), such reactor (2) comprising at least one cylindrical device (16) adapted to remove residuals of melted solution from a surface of such substrate (19), and at least one handling system of such substrate (19) and of such low-melting alloy inside such reactor (2).

4. WO/2015/071921 SYSTEM FOR VERIFYING THE NUMBER OF CONTAINERS PRESENT IN A STACK OF CONTAINERS AND RELATED VERIFICATION METHODWO21.05.2015
G01B 11/02
PCT/IT2014/000303CONSIGLIO NAZIONALE DELLE RICERCHECOSSENTINO, Massimo
The present invention relates to a system for verifying the number of containers of at least one stack of containers (Pi,P2...PN) in a storage area (A), where each stack of containers comprises at least one container and is disposed on a respective portion (Ci,C2...CN) of said storage area (A), the containers of the same stack of containers (Pi,P2...PN) having a same predetermined height. Said system comprises: • - at least one measuring unit (1, 10) for measuring a reference height (D1, D 2... D N;HR 1', HR 2'...HR N') with respect to at least one stack of containers (P 1, P 2... P N) or to at least one portion (C1, C 2 - CN) of said storage area (A), when no stack of containers is disposed on said portion (C1, C 2 - CN); said at least one measuring unit (1, 10) being arranged at a predetermined height (H, H') from each portion (C1, C 2 - CN)of said storage area (A); • - a processing and detecting unit (2) for detecting the number of containers of at least one stack of containers (P 1, P 2 · · · P N) where said processing and detecting unit (2) is connected to a database (3) in which the number of containers of each stack of containers (P 1, P 2... P N) - disposed on said storage area (A) in a predetermined time instant, is stored., and said processing and detecting unit (2) is connected to said at least one measuring unit (1, 10). Said processing and detecting unit (2) is configured for: • - processing the data sent from said at least one measuring unit (1, 10) to obtain a height (HR 1, HR 2...HR N; HR 1', HR 2'...HR N' ) of said at least one stack of containers (P 1, P 2... P N)
5. WO/2015/071919 IMPROVED SCREEN PRINTING METHODWO21.05.2015
B41M 1/12
PCT/IT2014/000299PETRUZZELLI, MichelePETRUZZELLI, Michele
The present invention concerns a screen printing method for creating an image on a target support (12). Said method comprising the steps of: providing a screen printing machine (1) comprising a supporting structure (4), which is movable between a lower position and an upper position, a matrix (7) mounted on said supporting structure (4), in which matrix, an image is defined, and a supporting surface (3b), said matrix (7) being faced to said supporting surface (3b) when said supporting structure (4) is arranged in said lower position; placing said supporting structure (4) in said lower position; applying ink on at least a portion of said matrix (7) to enable the ink to move from said matrix (7) to said supporting surface (3b), such as to reproduce said image on at least a portion of said supporting surface (3b); placing said supporting structure (4) in said upper position; providing a transferring support (10) to transfer the ink reproducing said image from said supporting surface (3b) to said target support (12), said transferring support (10) being provided with at least an adhesive portion; applying said at least one adhesive portion of said transferring support (10) to a region of said supporting surface (3b) on which the ink is placed; removing said transferring support (10) from said supporting surface (3b); and applying the adhesive portion of said transferring support (10), which carries the ink reproducing said image, to said target support (12), to allow the ink reproducing said image to move from said transferring support (10) to said target support (12).

6. WO/2015/071920 REFRIGERATED ELECTRONIC BOARD FOR SUPERCOMPUTERS AND PROCESS FOR PRODUCING THE SAMEWO21.05.2015
H05K 7/20
PCT/IT2014/000300EUROTECH S.P.A.ROSSI, Mauro
Cooled electronic board (10) for supercomputing comprising: - a printed electronic circuit (11) whereon at least a electronic component (12) is fixed; - a heat exchanger (13) of the roll bond type thermally connected with the electronic component (12) to absorb, in use, a thermal flow generated by the latter.

7. WO/2015/071916 ANTIBALLISTIC ELEMENTWO21.05.2015
F41H 5/04
PCT/IT2013/000319PETROCERAMICS S.P.A.VALLE, Massimiliano
The present invention relates to an antiballistic element comprising a composite ceramic body 2 reinforced internally by at least one layer of metal net 3. The composite ceramic body is composed of a non-oxide ceramic material made on the basis of one or more components chosen from the group consisting of silicon carbide, boron carbide and silicon nitride. The metal net is of the stretch type with a three-dimensional structure.

8. WO/2015/068178 MECHANICAL DEVICE SUPPORTING THE OPENING AND CLOSING OF DOORS, PREFERABLY APPLIED TO CARS, TRAINS AIRPLANES OR YACHTSWO14.05.2015
E05D 3/06
PCT/IT2013/000304ALLU.FER TEMPESTA SRLCAIOLA, Gianluca
Mechanical device (100) supporting the opening and closing of doors, preferably applied to cars, trains, airplanes or yachts, characterised in that comprising: - a first element (101), preferably jointed to an outer fixed structure, that further includes a first vertical shaft (105) that is fixed and jointed to said first element (101) and having at the lower side a first conical gear (109) that is either fixed and jointed to said first element (101); - a second element (102), connected and free to rotate in respect to the first one (101), using said first vertical shaft (105) as a hinge, said second element (102) having a first horizontal shaft (110) free to rotate on itself and being transversal in respect to said first vertical shaft (105); said first horizontal shaft (110) including, at the extremity close to the first element (101), a second conical gear (108) that is coupled mechanically to the first one (109), so that a counter-clockwise rotation of the second element (102) in respect to the first one (101) causes, through the gears (108, 109), a related clockwise rotation of said first horizontal shaft (1 10) on itself; said first horizontal shaft (110) including, at the extremity far from the first element (101), a third conical gear (113) that is coupled mechanically: at the higher side to a fourth conical gear (114), and at the lower side to a fifth conical gear (112), both placed one in front of the other on a second vertical shaft (106), that is a hinge between the second element (102) and a third element (103): with the fourth gear (114) being free to rotate in respect to the vertical shaft (106) while the fifth gear (112) being jointed to the same second vertical shaft (106); - a third element (103), connected and free to rotate in respect to the second one (102), using said second vertical shaft (106) as a hinge, said third element (103) having a second horizontal shaft (115) free to rotate on itself and being transversal in respect to said second vertical shaft (106); said second horizontal shaft (115) including, at the extremity close to the second element (102), a sixth conical gear (1 11) that is coupled mechanically at the higher side to the fourth one (1 14), so that a clockwise rotation of said first horizontal shaft (110) on itself causes, through the gears (11 1, 113, 114) a related counter-clockwise rotation of said second horizontal shaft (115) on itself, and causes at the same time a counter¬ clockwise rotation of said third element (103) in respect to the second one (102); said second horizontal shaft (115) including, at the extremity far from the second element (102), a seventh conical gear (116) that is coupled mechanically to a eighth conical gear (117) placed on a third vertical shaft (107), that is a hinge between the third element (102) and a fourth element (104); - a fourth element (104), connected and free to rotate in respect to the third one (103), using said third vertical shaft (107) as a hinge, so that a counter-clockwise rotation of said second horizontal shaft (1 15) on itself causes, through the gears (1 16, 1 17), a related clockwise rotation of said fourth element (104) in respect to the third one (103).

9. WO/2015/068182 CONTROL SYSTEM AND PROCESS AGAINST AN OCCLUSION FOR FOG-GENERATING DEVICEWO14.05.2015
F41H 9/06
PCT/IT2014/000292UR FOG S.R.L.ZANGIROLAMI MARCO
A control system is described, against a partial or total occlusion (1) for a fog-generating device comprising at least one thermal energy exchanger (5), possibly adapted to accumulate energy in thermal form, such thermal energy exchanger (5) being adapted to generate a phase passage of at least one fog-generating fluid in a fog-generating gas. A control process against an occlusion for a fog- generating device is further described. During the control process pressurizing means (17) pressurize the thermal energy exchanger (5) by releasing a control fluid into said thermal energy exchanger (5). On detection of a control pressure higher than a threshold value, the control system gives an alarm signal and causes said fog-generating device to release fog-generating gas in order to remove the occlusion.

10. WO/2015/068181 MULTILAYER TEXTILE ARTICLE WITH AN INNER HEATING LAYER MADE OF AN ELECTRIFIED FABRIC, AND RESPECTIVE MANUFACTURING PROCESSWO14.05.2015
H05B 3/14
PCT/IT2014/000286COFILEA SRL UNINOMINALECOMOGLIO, Ezio
A new and innovative textile article (10, 10-1; 10-2; 10-3; 10-4), in the form of a heating multilayer sheet or fabric, exhibiting improved heating capacity and transmission of heat to the outside, comprising: at least one textile heating layer (10d) associated with an electrical resistance (R) adapted to be powered with an electric current (I) for generating by joule effect heat (C); and at least a reflective layer (10c) which is arranged adjacent to the heating layer (10d) to receive and reflect to a determined side, i.e. the front side (10"), of the fabric article (10, 10-1; 10-2; 10-3; 10-4) the heat generated by the heating layer (10d), wherein the heating layer (10d) in turn is made from a fabric that incorporates in its textile structure, as electrical resistance (R) for the generation of heat, a yarn or thread (F), for example in form of a serpentine, consisting of carbon fibers (CF). The heating multilayer textile article (10), in its various embodiments (10-1; 10-2; 10-3; 10-4), may also comprise other additional layers, such as one or more outer support layers (10a, 10f) of non-woven fabric (TNT); one or more inner layers (10b, 10e), thermally and electrically insulating; or an upper layer (10g) having the ability, when it is in turn heated, to emit an infrared radiation (IR). Advantageously, in the multilayer textile article (10, 10-1; 10-2; 10-3; 10-4) of the invention, the fabric (TES) of the respective heating layer (10d) is a special fabric which is made by means of a warp knitting machine or loom of the "crochet" type (MC), using the yarn (F) of carbon fibers (CF) as effect yarn to realize in the fabric (TES) the design of the electrical resistance (R) intended to warm up. In fact with a crochet machine (MC) the design of the electrical resistance (R) in the heating layer (10d) can be made according to a variety of shapes and configurations that are not permitted by the traditional shuttle, rapier and air looms. Furthermore, the textile article (10) is suitable to be advantageously applied in a wide range of applications, for example to build a heating floor, or as a lining heating of an item of clothing, such as a thermal jacket, or to realize a thermal tent or other innovative products.


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