||WO||WO/2014/108925 - A PANEL PROVIDED WITH FIXING MEANS TO ALLOW A REMOVABLE OR FIXED APPLICATION TO THE WALL||17.07.2014||
||PCT/IT2013/000004||ARTEDINAMICA S.R.L.||BIANCHI, Alessandro|
The present invention concerns a paneling system (1; 201) comprising a panel (4; 204) which is provided with means (6, 7, 8; 208) to apply the panel (4, 204) on an external surface. In a first embodiment such means foresee a bi-adhesive surface (208) having one of its faces in contact with the panel (4; 204) by means of a first adhesive layer and the opposite face applicable to the external surface by means of a second adhesive layer. Alternatively, such means foresee one or more magnets (6) arranged in the panel (4) and a metal sheet (7) placed in adherence to the panel (4) by means of said magnets and connectable to the external surface by means of a bi- adhesive layer applied to the metal sheet (7).
||WO||WO/2014/108926 - METAL VALVE OF THE CLAMP-IN TYPE FOR INFLATING TYRES ASSOCIABLE WITH A TPMS TRANSDUCER||17.07.2014||
||PCT/IT2014/000002||WONDER SPA||GOSI, Matteo|
The present invention relates to the sector of valves for inflating tyres of tyred wheels, in particular tyres for vehicles, wherein the term "vehicles" refers to motor vehicles, vans, trucks, motorcycles or in general means of locomotion on tyres. More in detail, the invention relates to a metal valve (1) of the clamp-in type for inflating tyres (2) associable with a TPMS transducer (3) by means of a locking screw (4) and arranged to be mounted, by means of a fixing system comprising a nut (5) adapted to screw onto a thread (18) provided on the stem (8) of said valve (1), on a rim (6) of a wheel, wherein said fixing system comprises an element (7) that irreversibly yields when a preset tightening torque is reached for said locking nut (5), wherein said element (7) that irreversibly yields is associated with the stem (8) of said valve (1).
||WO||WO/2014/108928 - MAGNETICALLY ACTIVATED DOOR-LOCK DEVICE||17.07.2014||
||PCT/IT2014/000006||BITRON S.P.A.||PROMUTICO, Fabrizio|
The present invention concerns a door-lock device for a household appliance, such as a washing machine and the like, said door-lock device comprising a mechanical unit (M), provided with a movable member (S), such as a slider and the like, capable of assuming a releasing position, in which it allows the opening of said door, and a locking position, for retaining said door when closed, and a control unit (1) connected with the control logic of said household appliance, comprising a locking pin (60) capable of assuming at least one position, in which it is disengaged from said movable member (S), and an extracted position, in which said locking pin (60) is capable of engaging with said movable member (S), when the latter is in said locking position, said movable member (S) being capable to pass from said locking position to said releasing position when said locking pin (60) is disengaged from it.
||WO||WO/2014/108927 - PROCESS FOR PRODUCING COMPOSITE FINISHING PANELS AND PANEL OBTAINED WITH THIS PROCESS||17.07.2014||
||PCT/IT2014/000003||STEEL COLOR SPA||GUINDANI, Cristoforo|
The invention relates to the sector of building and cladding materials. More in detail, the invention relates to a process for producing composite finishing panels (1) comprising the steps of: - providing a stainless steel sheet (2) having at least the face intended to face the outside of the panel with a surface finishing suitable for the use; - performing mechanical machining operations (3, 4, 5) on said sheet; - providing a sheet of core material (6); - bonding, by gluing, said stainless steel sheet (2) to said sheet of core material (6); - performing mechanical machining operations (3, 4, 5, 7) on said sheet of core material (6); - bonding, by gluing, a counterbalancing metal sheet (8) to said sheet of core material (6), without involving the perimeter edge (6') thereof; - bending the perimeter edges (2', 6') of said stainless steel sheet (2) bonded to said sheet of core material (6) around said counterbalancing sheet (8) to define a box structure of the panel.
||WO||WO/2014/106867 - PROCESS FOR THE PRODUCTION OF RIGID FOAMED OBJECTS MADE OF POLYMER MATERIALS||10.07.2014||
||PCT/IT2013/000356||MARICELL S.R.L.||BIANCHIN, Eugenio|
One object of the Invention is a novel utilization of organic Diazocompounds that can be advantageously employed in the manufacturing of PVC/Polyisocyanates based, foamed articles, insofar they do not show the adverse technical and unsafety effects showed by currently used, organic Diazo based nucleation agents. More precisely the Invention refers to a process for the production of objects made of rigid, expanded polymer materials mainly based on PVC and Polyisocyanates, characterized by the novel use, as cell nucleation agents, of alternative organic, free N2 gas releasing Diazocompounds, displaying, either as such and as far as their decomposition products is concerned, much lower hazards for humans and environment respect to currently used Diazocompounds. Another object of the Invention is a method for obtaining the optimum dispersion of said novell gas releasing compounds that is needed in order to get the desired microsize "embryos" in the early stages of foam development, based on the capability of used Polysocyanates and of some liquid, acid organic Anhydrides to dissolve said Diazocompounds in the amounts demanded by the subject process. More particularly and for the sake of exemplification, but not exclusively, the Invention refers to the new employment as cell nucleation agent in the subject process of the chemical compound named 2,2'-Azobis(2-methylbutanenitrile) (AMBN).
||WO||WO/2014/106868 - PANEL CUTTING MACHINE||10.07.2014||
||PCT/IT2013/000366||NALDI, Valter||NALDI, Valter|
A cutting machine (MS) for cutting panels ((P); (SI), (S2), (S3)) provided with a cutting device ((CM), (UT)). The cutting machine (MS) comprises, furthermore, a pusher equipment (S), which is provided with clamping devices ((PMl), (PM2), (PM3)) to move the panels ((P); (SI), (S2), (S3)) from and to a cutting line (LT) and is also provided with its own driving device (MTT). The clamping devices ((PMl), (PM2), (PM3)), in their lowered operating position on the working table, are suited to freely move forward and backward without an autonomous drive of their own and are provided with respective locking means ((DB1), (DB2), (DB3)), which are suited to cause them to be selectively integral to the pusher equipment (S), so as to be moved together with the pusher equipment (S), only and exclusively using the driving device (MTT) of the pusher equipment (S) itself".
||WO||WO/2014/106869 - A MULTIPLE-OPTICAL-UNIT SPATIAL TRACKING SYSTEM, TO BE USED IN NEURO-SURGICAL OPERATIONS AND IN TRANSCRANIAL MAGNETIC STIMULATION GUIDED BY RADIOLOGICAL IMAGES||10.07.2014||
||PCT/IT2014/000001||1/1UNIVERSITÀ DEGLI STUDI DI ROMA "LA SAPIENZA"||CARDUCCI, Filippo|
A multiple-optical-unit spatial navigation system, to be used in surgical or therapeutic or bioptic operations, guided by images of the area of the patient to be operated on, comprises, in combination: two or more optical tracking units (UP, US2, USN) arranged so as to film the working area from different mutually complementary angles; a plurality of position sensors (S) fixed to the instruments used on the patient; a plurality of position sensors (SP) fixed on the patient; at least one monitor or display for the operator, displayed on which is the x-ray or echographic image, or scintigraphic or CAT image, or image of any other useful type, also represented in which is the effective instantaneous position of the instruments being used; and at least one computing unit designed to receive the signals from the optical tracking units (UP, US2, USN) for updating in real time the images corresponding to the patient shown on said display or monitor, modifying the position of the instruments with respect to said displayed images; wherein said optical tracking units (UP, US2, USN) are designed to detect the movements of the sensors (S) fixed with respect to the instruments and of the sensors (SP) fixed with respect to the patient, and to send the data regarding said movements to said computing unit.
||WO||WO/2014/102837 - METHOD AND APPARATUS FOR ACQUIRING IMAGE ON MOVING SURFACES||03.07.2014||
||PCT/IT2012/000402||DATALOGI IP TECH S.r.I.||SAPORETTI, Claudio|
The invention relates to a sensor for the recognition of images on surfaces of objects in relative motion with regard to the sensor, especially for reading optical codes and/or characters and/or symbols on a surface of an object, comprising a plurality of sensor lines, each adapted to render line images in a temporal sequence, wherein the sensor is arranged to combine a plurality of line images of said sensor lines to yield a line image of the sensor, wherein each of said plurality of line images was captured by a different one of said sensor lines and at least some of said plurality of line images were captured at different points in time. The invention also relates to a corresponding method for the recognition of an image on a surface of an object and to a system for the acquisition of images on a surface of a moving target, comprising a conveyor for carrying target objects and a sensor as described above.
||WO||WO/2014/102838 - EQUIPMENT FOR THE REMOTE CONTROL OF FIRE EXTINGUISHERS AND / OR HYDRANTS||03.07.2014||
||PCT/IT2012/000405||BACCHIN PAOLO||BACCHIN PAOLO|
An equipment for a remote control of fire extinguishers (10) and/or hydrants, comprising a valve group (16), equipped with a manometer and a pressure switch, which is able to control the operating pressure of the known fire extinguishers (10) and/or hydrantys, wherein a plurality of micro-switches (18, 19, 20), connected with a wireless transmitter (21), send the received signals to a remote central control unit (22), that is fully programmable locally or remotely and able to send alarms and/or warnings, depending on the programming carried out, to operators, persons in charge and/or maintainers of fire extinguishers (10) and/or hydrants.
||WO||WO/2014/102841 - HIGH PRECISION ELECTRONIC SOLAR COMPASS||03.07.2014||
||PCT/IT2013/000365||ENEA-AGENZIA NATIONALE PER LE NUOVE TECNOLOGIE, L'ENERGIA E LO SVILUPPO ECONOMICO SOSTENIBILE||FLORA, Francesco|
The present invention concerns an electronic solar compass (1) comprising a support (2), capable of rotating around a vertical axis (A), a detection unit (3) of the position of the sun, arranged on said support (2), said detection unit (3) being capable of rotating around a vertical axis (A) of a rotation angle (φ) with respect to said support (2), said detection unit (3) comprising a goniometer (34), preferably an electronic goniometer, adapted to measure said rotation angle (φ), pointing means (4) integral with said support (2), and a visualization display (6), said solar electronic compass (1) wherein said detection unit (3) comprises a matrix photosensor (F), a logic control unit, operatively connected with said photosensor (F), with said electronic goniometer (34) and said display (6), and a container (31), in which said photosensor (F) is placed, said container (31) having a slit (33) for the passage of sunlight toward said photosensor (F), said slit (33) having a width and a slit length and being integral with said photosensor (F), in that said slit (33) and said photosensor (F) are inclined by an angle (β) with respect to the horizontal plane, preferably equal to 45°, and are separated by a distance (d), and in that said width of said slit (33) is approximately equal to (I), where A is the average wavelength of the sunlight, equivalent to about 0,5 μm, and d is said distance of said slit (33) from said photosensor (F), said logic control unit being programmed to calculate the ephemeris of the sun on the basis of the time and the geographical coordinates of the location and to process the data received by said photosensor (F) and from said electronic goniometer (34), so as to measure the pointing direction of said pointing means (4) with respect to the geographical North and/or with respect to the geographical South, showing the result on said display (6). The present invention relates to methods for determining the pointing direction of an object with respect to the geographic North using a electronic solar compass (1).