WO/2016/170552 METHOD TO MINIMIZE WORKPIECE DEFORMATIONS DUE TO ITS CLAMPING ON A MACHINE TOOL||WO||27.10.2016|
||PCT/IT2015/000112||ALESAMONTI S.R.L.||OTTONE, Renato|
The present invention provides a method to minimize workpiece deformations due to its clamping by: i. defining the number and location of supporting points to be applied in order to minimize the deformation of a workpiece submitted to forces deriving from the application of its own mass, ii. calculating the forces that would insist on each individual supporting point if the relative elevation between supporting points and points on the workpiece surface would be exempt from imperfections, iii. interposing adequate force gauges between the adjustable supporting points and points on the workpiece surface and iv. adjusting the elevation of supporting points in order to equalize the reading of individual force gauges to the calculated forces deriving from the application of the workpiece own mass.
WO/2016/170551 COMMAND AND CONTROL SYSTEM FOR OPTIMAL RISK MANAGEMENT||WO||27.10.2016|
||PCT/IT2015/000109||GRADE S.R.L.||SACCONE, Umberto|
The present invention relates to the realisation of a command and control centre, based on physical and virtual machines, for the monitoring of human resources, data and corporate or institutional facilities, to enable a systematic assessment of vulnerabilities and threats. The command and control centre analyses the data from corporate databases and external data acquired and analysed through crawling and semantic intelligence techniques that allow, thanks to an integration boost, to highlight, for each asset of interest, a number of useful indicators to evaluate and synthesise the vulnerability degree, also on the basis of the data provided by a checklist and the threat degree, based on surveys results and qualitative analysis carried out by specialised teams of analysts in order to determine the priorities for action in relation to the totality of the analysed assets. In addition, through the realisation of a statistical synthesis, an objective weight system is detected inside the questions included on the checklist, which allows to highlight the questions that most affect the analysis results. Punctual arrays provide the risk gradient for the company or public or private entity, in a standardised and homogenous form, and its threat rank worldwide. The punctuality of data avoids inconsistent approaches by giving the user, as a whole, objective data based on the qualitative and quantitative analysis, which are suitable to provide real interpretations of threats. The integration of multidisciplinary databases allows decision-makers to give immediate responses to crises through the use of genuine data (updated locally according to the bottom-up concept) that can be used simultaneously by multiple managers from every part of the world, according to hierarchical principles that the system can give itself in relation to specific needs. The system may be used in complex business processes such as in the field of finance, trade, anti-fraud and counterfeiting, strategic marketing, business security and protection, or may also allow to adapt the administration of security roles and delegations; to manage documentation and staff attendance; to provide information documents on security risks (travel guides) and health risks (health care travel guides), to allow the administration/planning of staff attendance, including access administration; to manage emergency/evacuation plans in operating sites and the automatic administration of deadlines for Security Plans and their procedures.
WO/2016/170554 PHOROPTER SYSTEM AND METHOD OF USE||WO||27.10.2016|
||PCT/IT2016/000099||ADAPTICA S.R.L.||MENEGHINI Gianluigi|
Phoropter systems and methods of use are described where one variation of the portable phoropter system comprises a support frame configured to be worn or positioned into proximity to at least one eye of a subject with at least one lens assembly attached to the support frame. A proximal opening of the lens assembly may be positioned in proximity to at least one eye of the subject. The lens assembly generally comprises a spherical power lens having at least a first lens which is adjustable to correct a spherical power, an astigmatic power lens having at least a second lens which is adjustable to correct for astigmatism, and an aberrometric lens having at least a third lens which is adjustable to correct for aberrational wavefronts introduced by at least the spherical power lens and astigmatic power lens.
WO/2016/170555 DEVICE FOR CONNECTING TWO BEAMS AND STRUCTURE COMPRISING SAID DEVICE||WO||27.10.2016|
||PCT/IT2016/000105||SPELLUCCI Gianfranco||SPELLUCCI Gianfranco|
The present invention relates to a device (1) for connecting two beam elements (2) in correspondence of a column (3; 4; 3'; 4'), said beam elements (2) comprising a central portion, an upper portion and a lower portion, said column (3; 4; 3'; 4') comprising an upper portion, said device (1) being characterized in that it comprises a first connection element (41) suitable to allow the passage of the upper portion of a column (3; 4; 3'; 4'), two second connecting elements (42, 42'), each one of said two second elements (42, 42') being coupled to said first element (41) and being suitable to couple to the central portion of a respective beam element (2), two third connection elements (43, 43'), each of said two third elements (43, 43') being coupled to said first element (41) and being suitable to couple to the upper or lower portion of said beam elements (2), said device (1) being configured, during the use, so as to assume a first configuration, in which said second elements (42, 42') are coupled to the central portion of the respective beam elements (2) and said third elements (43, 43') are respectively coupled to the upper and lower portions of both said beam elements (2) so as to allow the passage of the stresses between the two beam elements (2) and possibly allow the passage of said column (3; 4; 3'; 4') passing through said first coupling element (41) without receiving the load by said beam elements (2).
WO/2016/170553 IMPROVED COLUMN FOR REALIZING PREFABRICATED STRUCTURES, PARTICULARLY FOR REALIZING MODULAR PARKINGS||WO||27.10.2016|
||PCT/IT2015/000293||SPELLUCCI, Gianfranco||SPELLUCCI, Gianfranco|
The present invention relates to a column (1) for realizing prefabricated structures, in particular for realizing of modular parkings, said column (1) being characterized in that it provides a floor support structure (2), two ball articulated joints (3), or hinges, provided on said support structure, two column elements (4), coupled under stable support conditions, to a respective one of said ball joints (3), and in such a way to assume a vertical orientation, and at least one bracing structure (6) between said two column elements (4).
WO/2016/166777 WATER RESISTANT BAG||WO||20.10.2016|
||PCT/IT2015/000107||FIORINI PACKAGING S.P.A.||PIERPAOLI, Andrea|
The present invention relates to a bag (1) consisting of at least two paper sheets superimposed one each other and at least one polyethylene layer applied to the outermost of these paper sheets,characterized in thatthe polyethylene layer is a low density polyethylene in the range of from about 0.910 to about 0.940 g/cm3and it has a thickness of at least 12 microns. The bag of the present invention is able to allow material, such as cement or the like, contained in it to resist to water and humidity for a prolonged period of time.
WO/2016/166778 BEVERAGE DISPENSING MACHINE||WO||20.10.2016|
||PCT/IT2016/000087||IACOBUCCI HF AEROSPACE S.P.A.||IACOBUCCI, Lucio|
The present invention relates a beverage dispensing machine (internal code IHF HFAM01002-0000). The machine has been designed for aircraft and has compact dimensions, is low-weight and is designed to satisfy all the safety requirements and standards applicable in the sector. It is able to dispense both large quantities of a beverage, such as 1.6 litres of American coffee or tea, inside a jug positioned inside the appropriate seat, and smaller quantities of hot water (typically 150 ml), which can be used to prepare beverages, via the nozzle situated on the outside thereof.
WO/2016/162895 HEATING DEVICE||WO||13.10.2016|
||PCT/IT2016/000088||IACOBUCCI HF Aerospace S.p.A.||IACOBUCCI, Lucio|
The present invention relates to a water heating system (part number lacubucci HF Aerospace AS0012480) for beverage dispensing machines. The heater has a double system: a pre-chamber, preferably of the spirally wound type, for pre-heating the water along a predefined path, and a chamber which is always full of water heated with resistors making direct contact with the water (or in some cases with a protection jacket) for maximizing the efficiency.
||PCT/IT2016/000083||IHIMER S.P.A.||BERTINI, Antonio|
Gearmotor, comprising an electric motor (1) to which is connected a gear reduction unit (2) adapted to be connected to a wheel of a vehicle (RV). The motor (1) is a brushless self-braking motor having a predetermined nominal torque and a predetermined cogging torque, and the gear reduction unit (2) has a reduction ratio of at least 30: 1.
WO/2016/162896 METHOD FOR THE CONTINUOUS DESALINIZATION AND DEVICE FOR THE IMPLEMENTATION OF SAID METHOD||WO||13.10.2016|
||PCT/IT2016/000090||LAVANGA, Vito||LAVANGA, Vito|
This invention refers to a method and a device for desalinating sea water, brackish water or from industrial processes. The device is suitable to use renewable energy sources such as solar or geothermal energy. The device is of the type that includes a tank (1) for the containment of the water to desalinate, in which there are heating means fitted to cause the evaporation of said water to desalinate, cooling means fitted to favour the subsequent condensation of the steam and means fitted to the collection of the condensed water and it is characterized in that: said tank (1), fitted to contain said water to desalinate, is filled up to a certain level (2); said heating means, for evaporating said water include a first heat exchanger (3), immersed in the water to desalinate and positioned nearby said level (2); said cooling means (5a), fitted to cause the condensation of the steam, are in heat exchange connection with the heating means (5b), immersed in said water to desalinate, said heat exchange simultaneously causing: a) the reduction of the temperature of said means (5a), therefore the suitable conditions for the condensation of the steam; b) the increase in temperature, into the depths, of said water to desalinate.