||WO||WO/2014/184814 - A METHOD OF MANUFACTURING A SINGLE PIECE MULTI-SPAR BOX OF COMPOSITE MATERIAL IN A CLOSED MOULD||20.11.2014||
||PCT/IT2013/000140||ALENIA AERMACCHI S.p.A||IAGULLI, Gianni|
Two panels (1 1, 12) of composite material are placed on a first plate (17) and a second panel (18). One or more intermediate spars (14a, 14b) of composite material are suspended above the first panel (12), said spars being arranged between elongated inner tools (15a, 15b, 15c) which are each enclosed inside a respective pressurisable impermeable tubular bag (16). Two outer lateral spars (13a, 13b) of composite material with a C-shaped cross-section are inserted inside two respective C-shaped seats (28a, 28b) directed towards each other and formed in two respective, rigid, lateral, outer tools (27a, 27b). The lateral outer tools (27a, 27b) are moved towards each other such that the inner tools (15) wrapped in pressurisable bags (16) are partially inserted inside the C-shaped outer spars (13a, 13b). The spars (13a, 13b, 14a, 14b) are brought into contact with the panels (11, 12) so that the multi-spar box to be polymerized is closed between the first plate (17), the second plate (18) and the two lateral outer tools (27a, 27b). Open opposite ends of the tubular bags (16) are sealed so that the pressure applied in an autoclave during a following curing step causes expansion of the tubular bags, compressing them against the bases and the cores of the spars. The box is cured in an autoclave by applying heat and pressure.
||WO||WO/2014/184815 - CONCENTRATION AND SOLAR TRACKING DEVICE FOR PHOTOVOLTAIC CELLS||20.11.2014||
||PCT/IT2014/000046||ISIDE S.R.L.||BARTOLINI, Carlo Maria|
A concentration and solar tracking device (100) for photovoltaic cells comprises at least one solar radiation concentration and capture member (200), which is provided with at least one central plinth (300) which is provided with a base plate (302) and which supports said one or each capture member (200) with cantilever with respect to 5 separate directions of two axes (A, B) and rotatingly around said directions of the two axes (A, B) defining a plane of disposition substantially parallel to the base plate (302) of the plinth (300). The device (100) further comprises means (400) of angular rigid connection constraining said axes (A, B) to stay in said plane of disposition; and means of motorisation (309, 311, 312, 410, 412, 411) which rotate independently said one or each capture member (200), around one or the other of said axes (A, B), in order to vary correspondingly the orientation thereof with respect to the sun.
||WO||WO/2014/184817 - BICYCLE PARKING STRUCTURE||20.11.2014||
||PCT/IT2014/000126||LA LONGA, Riccardo||DEL MEGLIO, Niccolò|
A bicycle parking structure has a platform (1) rotatable on a base (3), a central column (2) mounted on the platform (1) and a multiplicity of devices for automatically lifting and lowering bicycles (11) by means of a movable element (23) fitted on a worm screw (18), whereby the movable element (23) has two brackets (28), each having a recess (34) for holding a bicycle front wheel by the hub (35).
||WO||WO/2014/184818 - PHOTOVOLTAIC SOLUTION||20.11.2014||
||PCT/IT2014/000132||NOLE', Lucia||NOLE', Lucia|
The invention dealt in this document essentially defines a system that leverages both the photovoltaic effect and electrolytic solution, is able to create a potential difference within the system between the two trays. The system consists of two separate trays of their white plastic wall, plastic because the purpose is isolate hydraulically and electrically the two solutions, white to utilize electromagnetic waves arriving. In the bottom of the two compartment are put at least four ribbon, upon bands is distributed n-p polycrystalline silicon, shattered, doped with boron and phosphorus. Inside a compartment shall be poured a solution of water and boric acid, the proportions are 1:10, in the present case were needed for 39 cc water and a teaspoonful of boric acid. In the second compartment is poured a solution of water and 20% chelated phosphorus in this case, the proportion is 1: 9, in practice for 39 cm3 of water requires a teaspoon full of phosphorus. With prolongations of ribbon place on the bottom, it creates an electrical connection between the two trays, and then cover the two compartments with transparent plexiglass panels. With a digital multimeter I have observed that a variable voltage depending on the electromagnetic radiation. Under clear skies the voltage has exceeded by far, 0.6V in DC. With the clouds the voltage down to a minimum of 0.2-0.1 V. The system also works with normal bulbs, if the system are exposed to artificial light also works with a voltage of 0. 2V. The polarity of the two compartment changes as a function of electron migration, in fact I have observed that the compartment with boric acid sometimes works from anode to cathode, vice versa to the compartment with the phosphorus. Only if the light is white, at midday, sunny day, the compartment with boric acid acts as a negative otherwise of positive pole. The opposite happens to the compartment with the phosphorus.
||WO||WO/2014/184816 - PROCESS FOR TREATING SPENT PHOTOVOLTAIC PANELS||20.11.2014||
||PCT/IT2014/000124||ECO RECYCLING S.R.L.||TORO, Luigi|
The invention relates to a process for the treatment of photovoltaic end-of-life panels, such as those made of CdTe and crystalline and amorphous silicon. The process involves automated physical and chemical operations that, combined in a sequence, allow recovering glass in the first place and also tellurium, zinc, cadmium, iron, and concentrate silicon, T1O2 and silver. By means of this process the different types of panel can also be treated all together, without any kind of preliminary selection. The process guarantees a recovery of glass of 80 to 85% by weight, which alone can satisfy the minimum target for the recovery of material imposed by the recent European directive 2012/19/EU.
||WO||WO/2014/181364 - OPTICAL JOINT CLOSURE||13.11.2014||
||PCT/IT2013/000136||PRYSMIAN S.P.A.||KERRY, Matt|
An optical joint closure (1) comprising a casing (2) defining a cavity and a closure cap (3), and a plurality of splice trays (6) housed within the cavity, characterized in that the joint closure (1) comprises a bracket (10) extending through and contained within the contour of the closure cap (3).
||WO||WO/2014/181365 - DEVICE CONNECTABLE TO A TABLET FOR ALLOWING A USER TO HOLD THE TABLET WITH ONE HAND||13.11.2014||
||PCT/IT2013/000150||COCO Giuseppe||COCO Giuseppe|
Object of the invention is a device connectable to a tablet provided with a screen of touch screen type. The device comprises a casing which externally covers the tablet and in which a cavity is obtained arranged parallel to the touch screen for housing a slidable rod in said cavity. A user of the tablet can, if necessary, extract the rod from said cavity for a section sufficiently long so that the user can support the tablet by holding the rod with a hand. According to a variant of the device, four cavities are made in the casing for the housing of four respective rods slidable in said cavities. The cavities are arranged in a manner such that each cavity is aligned with a second cavity and is orthogonal to the other two cavities, so as to form a cross. According to another variant of the device, the rod is connected to the casing of the tablet by means of a hinge and the casing comprises a groove in which the rod can be inserted by rotating it by means of said hinge.
||WO||WO/2014/181366 - SHOE PRESS||13.11.2014||
||PCT/IT2014/000101||TOSCOTEC S.p.a.||MENNUCCI, Giovan, Battista|
Shoe press comprising a fixed support structure (2, 10), a flexible belt (1) rotating about said fixed support structure (2, 10) which flexible belt (1) can be pushed against a bearing element (4) to define a pressure nip (N), a shoe (3) connected with the fixed support structure (2, 10) and arranged with respect to the belt (1) so as to push the latter towards the bearing element (4) in correspondence of the nip (N) by effect of a pressure exerted on the same shoe (3) by corresponding loading means. The loading means are constituted by hydraulic cylinders each of which has a chamber (90) formed by a corresponding passing hole formed in the fixed support structure (2, 10) and a rod (91) which on one side is free to slide inlaid hole and on the other side transmits pressure to the shoe (3).
||WO||WO/2014/181368 - AQUEOUS OPHTHALMIC FORMULATIONS BASED ON AZITHROMYCIN||13.11.2014||
||PCT/IT2014/000120||MEDIVIS S.r.l.||ALEO, Danilo|
The invention concerns topical ophthalmic preparations in the form of eye-drops in aqueous solution, containing azithromycin (or a pharmacologically acceptable salt thereof) as active ingredient, wherein the azithromycin is solubilized and stabilized by means of β-cyclodextrins, and in particular by means of the β-cyclodextrin called sulfobutyl ether β-cyclodextrin (SBE-P-CD). The proposed preparations have a remarkably high stability, both physical and chemical, which enables its storage at room temperature for the envisaged period of validity for a commercial pharmaceutical product.
||WO||WO/2014/181369 - SMART OPTICAL SENSOR FOR ADAPTIVE, PREDICTIVE, AND ON-DEMAND CONTROL OF PUBLIC LIGHTING||13.11.2014||
||PCT/IT2014/000121||SMART-L S.R.L.||DI GIAMBERARDINO, Mauro|
The subject of the present invention is a system characterized by a distributed network of smart optical sensors for adaptive, predictive, and on-demand control of public lighting. The invention pertains to the technical sector of monitoring and video-surveillance installations.