WO/2016/147209 PROCESS FOR DEPOSITING A NOBLE METAL ON ZIRCONIA CERAMICS AND JEWELLERY PRODUCT MADE THROUGH SUCH PROCESS||WO||22.09.2016|
||PCT/IT2016/000059||ROBERTO DEMEGLIO S.P.A.||DEMEGLIO, Roberto|
A process for depositing a noble metal on zirconia ceramics is described, which comprises the steps of: spray painting an element made of zirconia ceramics, by using copper powder solvents; depositing on the element made of zirconia ceramics a layer of acid copper, by using a galvanic treatment; mirror polishing the element made of zirconia ceramics; hardening for a first time in an oven the element made of zirconia ceramics; depositing on the element made of zirconia ceramics a layer of white bronze through a galvanic treatment; depositing on the element made of zirconia ceramics, through a galvanic treatment, a layer of palladium, which blocks an oxidation of the metal being present; depositing on the element made of zirconia ceramics, through a galvanic treatment, at least one noble metal; and hardening for a second time, through a heat treatment, the noble metals deposited on the element made of zirconia ceramics.
WO/2016/147208 PROCESS FOR DEPOSITING A NOBLE METAL ON ZIRCONIA CERAMICS AND JEWELLERY PRODUCT MADE THROUGH SUCH PROCESS||WO||22.09.2016|
||PCT/IT2016/000058||ROBERTO DEMEGLIO S.P.A.||DEMEGLIO, Roberto|
A process for depositing a noble metal on zirconia ceramics is described, which comprises the steps of: inserting an element made of zirconia ceramics and at least one noble metal into a machine for creating vacuum; performing a vacuum operation at a temperature of about 200 °C, through a Physical Vapour Deposition, PVD, technology, thereby ionizing the noble metal into atoms, which melt with the sub-layer of zirconia ceramics, obtaining a surface with high resistance and hardness. A jewellery product made through such process is also described.
WO/2016/147207 INDICATOR ASSEMBLY FOR ORDINARY AND EXTRAORDINARY MAINTENANCE OF PANIC HANDLES AND BARS||WO||22.09.2016|
||PCT/IT2015/000070||CISA S.P.A.||FUSTINI, Fausto|
An indicator assembly (1) for ordinary and extraordinary maintenance of panic handles and bars (2). The handles and bars (2) comprise a frame (9), which is integral with the installation leaf (3), for supporting an actuation device (10) that controls a closure element (5). The assembly (1) comprises at least one sensor (12) for detecting the configuration of the actuation elements (10), the sensor (12) being controlled by a control and management unit provided with at least one memory element for storing the number of events that correspond to a configuration change. The control and management unit is connected to an indicator (11), which can be activated upon reaching a preset number of configuration transitions. The actuation elements (10) have an active configuration, which corresponds to the retraction of the element (5), and a passive configuration, which corresponds to the element (5) extracted for closure.
WO/2016/147210 AUTOMATIC PLANT AND PROCESS FOR PRODUCING ELECTRIC ENERGY FROM SOLAR IRRADIATION, FROM A FUEL-TYPE AUXILIARY PLANT AND FROM A SYSTEM FOR STORING THERMAL ENERGY||WO||22.09.2016|
||PCT/IT2016/000063||MAROCCO, Giuseppe||MAROCCO, Giuseppe|
A process and an automatic plant (1) are described, for producing electric energy; the plant (10) comprises: a collector (8) of the solar thermal energy; a fuel-type auxiliary system (14); a common hydraulic circuit (4); a water tank (1) resistant to positive pressures, in communication with the hydraulic circuit (4) which connects the water tank (1) to the collector (8) and to the fuel-type auxiliary system (14); a steam turbine (5) in communication with the water tank (1); a pressure regulator (6) inserted in the communicating duct between tank (1) and turbine (5), the pressure regulator (6) being adapted to limit the pressure transferred to the turbine (6) to a preset value such as to produce electric energy to a constant value; and a thermostatic actuator adapted to activate the fuel-type auxiliary system (14) to the preset value and to de-activate it when the pressure in the tank (1) reaches the maximum value allowed by the pressure resistance of the tank (1).
WO/2016/142957 METHOD FOR PROCESSING A FOOD PRODUCT AND CORRESPONDING PROCESSING APPARATUS||WO||15.09.2016|
||PCT/IT2015/000063||VILLA FOOD S.R.L.||GREATTI, Denis|
Method for processing food products that comprises a step (12) of preparing a food product during which one or more raw materials, which constitute the food product to be obtained, are worked, a cooking step (14) during which the food product previously processed during the preparation step (12) is cooked in vacuum mode, a cold pasteurization step (18) during which the food product is subjected to a pressure of at least 3,000bar, a packing step (16) during which the food product is put in a pack, and a step (20) of preserving the food products at a temperature comprised between 0 and 4°C.
WO/2016/142958 ROUTE PLANNING TOOL||WO||15.09.2016|
||PCT/IT2016/000032||BETTI, Luca||BETTI, Luca|
A route planning tool is described, adapted to provide to at least one user one or more solutions related to at least one route request; such tool is a web application coupled with at least one social network and equipped with a modular software architecture (1), such modular software architecture (1) being adapted in real time to allow the user, with a single query, to obtain and compare the one or more solutions, combined with a plurality of user preferences and with a plurality of social information shared by a plurality of users of the social network.
WO/2016/142959 SYSTEM FOR DETECTING AND CONTROLLING THE PRESENCE OF SOLVENT IN THE PROCESS OF GLUING OF SINGLE USE DISPOSABLE UNITS FOR MEDICAL USE WHICH ARE FORMED BY AT LEAST A FIRST COMPONENT AND A SECOND COMPONENT||WO||15.09.2016|
||PCT/IT2016/000061||BUCCI AUTOMATIONS SPA||CARLIN, Alessandro|
The present patent application for invention relates to a system for detecting and controlling the presence of solvent in the process of gluing single use disposable units for medical use which are formed by at least a first component and a second component, in particular for the treatment of dialysis.
WO/2016/142956 SIGNAL TRANSMISSION APPARATUS, SIGNAL TRANSMISSION ARCHITECTURE AND SIGNAL TRANSMISSION METHOD||WO||15.09.2016|
||PCT/IT2015/000060||LOTTA, Federico||LOTTA, Federico|
Apparatus for transmitting signals containing data to mobile electronic devices (12), comprising a transmission device (26) configured to transmit in wireless mode at least one signal to the mobile electronic devices (12), and a feed device (45) configured to electrically power at least the transmission device (26). The feed device (45) comprises a conversion member (50) selectively drivable to convert at least of one of either mechanical, thermal or light energy into electric energy. The conversion member (50) is connected at least to the transmission device (26) in order to feed it electrically.
WO/2016/142960 SAFETY SYSTEM FOR DRIVERS INFARCTION||WO||15.09.2016|
||PCT/IT2016/000064||OTTAVIANI, Alberto||OTTAVIANI, Alberto|
Thinking of a driver of a line bus with passengers in tow caught from a possible any infarction many lives we could save. ISS is a safety device applicable in more versions in all those traction motor,electric, water, to the reaction, a solar drive where there is the guide of a human being, adapted to cause switch off the driving force at the time when the heartbeat being human fails,thus preventing further accidents and to prevent further damage to the person and any others patrons to safeguard. Realizing the preservation of the life in general. Thanks to the support of a bracelet and a control unit. Infarct security system also acts as individually saves lives through its sensor, for example people heart disease, sending a call to the doctor or family if there were no heartbeat, or a pilot if Military Aircraft were missing the heartbeat would connect the ejector seat, always with the goal to save any lives.
WO/2016/139685 WIND POWER SYSTEM||WO||09.09.2016|
||PCT/IT2015/000058||GAIA S.R.L.||BENAZZI, Riccardo|
A wind power system (1), comprising at least one rotor (2), which controls a respective driven utility apparatus (3), and at least one stator (4); the at least one rotor (2) is provided with a plurality of vanes (5), arranged radially, which have a substantially flat profile, The vanes (5) are inclined with respect to the rotation axis of the rotor (2) through an angle comprised between 25° and 90°; the system (1) further comprises at least one stator (4) that is arranged upstream of the at least one rotor (2) and is provided with a tubular body (6) that is coaxial to the shaft (7) of the rotor (2) and coaxial to a substantially cylindrical outer enclosure (8); the tubular body (6) is provided with a tapered end fairing (9) and with respective curved blades (10) that are profiled to direct the air entering the system (1) toward the outer portion of the rotor (2) onto the vanes (5), according to a preset angle of incidence that is adapted to maximize the yield of the wind power system (1 ); between the inner walls of the enclosure (8), two adjacent blades (10) and the tubular body there is a forced path for the air entering the system (1)·