||WO||WO/2014/147651 - METHOD AND AN APPARATUS FOR THE EXTRACTION OF OIL FROM OLIVES OR OTHER OIL-FRUITS||25.09.2014||
||PCT/IT2013/000079||UNIVERSITÀ DEGLI STUDI DI BARI "ALDO MORO"||CLODOVEO, Maria Lisa|
The present invention relates to a method and to an apparatus for extracting virgin olive oil from olives and other oil-fruits allowing to reduce the production time by guarantee the product qualitative level.
||WO||WO/2014/147652 - FOOTWEAR VAMP AND PROCESS FOR THE PRODUCTION OF VAMPS FOR FOOTWEAR||25.09.2014||
||PCT/IT2014/000070||10 OTTOBRE S.R.L.||SPINELLI, Andrea|
Proceeding for manufacturing shoe vamps with a plurality of footwear hooks (2) applied on an upper side (11) of a vamp or vamp portion (1;4) comprising a step of forming, in correspondence of each hook (2), a seal (3) which engages each hook (2) and joins with the upper side (11) of the vamp or vamp portion (1;4), wherein said seals (3) are made by plastic material injection into a mould equipped with seats into which the hooks (2) are positioned before carrying out the said injection. Said hooks (2) are made of plastic material having a melting point not higher than the melting point of the plastic material of the seals (3), so that the seals (3) join to the hooks (2) by melting of the plastic material of which the same hooks are made by effect of said injection.
||WO||WO/2014/147653 - THERMAL OPTIMIZATION SYSTEM FOR LIGHT EMITTERS||25.09.2014||
||PCT/IT2014/000071||THERMOLED SRLS||QUARANTA, Giuseppe|
It is described an optimization system (1) of a light emitting device (2) comprising at least one electronic instrument of power (3) adapted to adjust at least one supply voltage and at least one supply current absorbed by that, light emitting device (2), optimizing the thermal efficiency and light of this device (2).
||WO||WO/2014/147654 - HIGH SECURITY CYLINDER LOCK AND KEY FOR THE SAME||25.09.2014||
||PCT/IT2014/000072||VIRO S.P.A.||BASTIANNI, Filippo|
Apparatus comprising a lock and the key for the said lock in which the key offers an improved security against the unauthorized duplication because it comprises a moveable element that on its own surface carries bi-dimensional shape-type ciphers that are strongly interdependent with a further mono-dimensional cipher that is represented by the relative position between the moveable element and the part of the key that is coupled to the same element; and in which the lock comprises a mechanism for verifying the ciphers on the moveable element by checking the proper matching between the bi-dimensional shape-type ciphers and their own conjugate shapes through a powertrain configuration that is intrinsically resistant to the possibility of being manipulated using "bumping" (impulse) style techniques, and in which the said mechanism is implemented according to a technical solution can be industrially manufactured easily and with reduced production costs.
||WO||WO/2014/141308 - HEAT-SHRINKING MULTI-LAYER POLYMERIC FILM WITH BARRIER EFFECT TO GASES AND WATER-VAPOUR||18.09.2014||
||PCT/IT2013/000074||GAP S.R.L.||BELLINI, Graziano|
Heat-shrinking multilayer polymeric film, co-extruded and bi-axially stretched, with barrier effect to gases and to water-vapour, wherein a layer pack responsible for said barrier effect comprises at least one polyamide (PA) layer and at least one ethylene-vinyl alcohol copolymer (EVOH) layer, mutually adjacent, and wherein between said polyamide (PA) and ethylene- vinyl alcohol copolymer (EVOH) layers an intermediate bonding layer consisting of a compensating adhesive polymer is arranged. Said adhesive polymer is an ethylene-based polymer with tackifying additives, or an ethylene-based polymeric adhesive having a modified rheology.
||WO||WO/2014/141307 - SAFETY DISCS||18.09.2014||
||PCT/IT2013/000073||DONADON SAFETY DISCS AND DEVICES S.R.L.||MODENA, Mario|
Described is a safety disc comprising a foil element (3) having a thickness (s) of between 15 μπι and 1 mm and at least one non-through cut (2) having a width (L) less than or equal to 200 μπι, such that the ratio between width (L) and depth (H) is less than or equal to 2 and that the angle of penetration (a) of the cut is less than 90°.
||WO||WO/2014/141309 - GAS DOPING SYSTEMS FOR CONTROLLED DOPING OF A MELT OF SEMICONDUCTOR OR SOLAR-GRADE MATERIAL||18.09.2014||
||PCT/IT2013/000077||MEMC ELECTRONIC MATERIALS S.P.A.||HARINGER, Stephan|
A crystal pulling apparatus for producing an ingot is provided. The apparatus includes a furnace and a gas doping system. The furnace includes a crucible for holding a melt. The gas doping system includes a feeding tube, an evaporation receptacle, and a fluid flow restrictor. The feeding tube is positioned within the furnace, and includes at least one feeding tube sidewall, a first end through which a solid dopant is introduced into the feeding tube, and an opening opposite the first end through which a gaseous dopant is introduced into the furnace. The evaporation receptacle is configured to vaporize the dopant therein, and is disposed near the opening of the feeding tube. The fluid flow restrictor is configured to permit the passage of solid dopant therethrough and restrict the flow of gaseous dopant therethrough, and is disposed within the feeding tube between the first end and the evaporation receptacle.
||WO||WO/2014/141310 - MULTI-LAYERED AND PRE-ASSEMBLED SEMIWORKED ELEMENT FOR ELECTROMAGNETIC RADIATION SHIELDING||18.09.2014||
||PCT/IT2013/000080||1 AM HEAT SOLUTIONS DI ALESSANDRO MOLTENI||MOLTENI, Alessandro|
Described is a multi-layered and pre-assembled semiworked element for electromagnetic radiation shielding comprising a supporting layer exposable to an environment and a shielding layer connected to the supporting layer and interposed, during installation of the semiworked element, between the supporting layer and a wall defining the environment; the supporting layer and the shielding layer are connected to each other and define integrally the semiworked element.
||WO||WO/2014/141311 - THERMO-MECHANICAL CONTROLLED CRYOGENIC DELAMINATION PROCESS FOR THE FULL RECOVERY OF RIGID MONO-, POLYCRYSTALLINE OR AMORPHOUS MATERIALS COATED WITH PLASTIC MATERIALS||18.09.2014||
||PCT/IT2013/000135||POLITECNICO DI BARI||DASSISTI, Michele|
The purpose of the invention is to provide a process for the recovery of raw materials fro multilayer artifacts. The process involves cryogenic conditioning of the materials to be recovered and exploits the different thermal and elastic behaviour of different layers of different material.
||WO||WO/2014/141312 - STREET TYPE LED LIGHTING BODY INTEGRATED WITH TELECOMMUNICATION DEVICES||18.09.2014||
||PCT/IT2014/000066||EMATEK LAB S.R.L.||MELONI, Piergianni|
The present invention relates to a street type lighting body comprising a support structure of the lighting elements, characterized in that: - said lighting elements are constituted by a plurality of LEDs, - said support structure comprises a casing (11), which defines one or more housing compartments, said casing being made of a non- conductive material; and - said lighting body is provided with one or more antennas (12), positioned completely inside said housing compartments defined by said casing (11).