WO/2017/064334 REINFORCED LAMINATED BEAM AND METHOD FOR THE PRODUCTION THEREOF||WO||20.04.2017|
||PCT/ES2015/070738||ALDEA SOPHIA, SL||REGO GARCÍA DE ALBA, Luis Felipe|
The invention relates to a reinforced laminated beam (5) comprising at least one first (9) and one second laminar layer of reinforcement (10) in the cross-section, which are arranged on the first (1) and on the second end (2) of said cross-section and consisting of a soft metal, where all of the laminar layers forming the cross-section are held together by means of holding means. The invention also relates to a method for producing said beam, comprising positioning the layers (23) that form the cross-section consecutively in a determined order, positioning the holding means (24), and applying compression between layers (25).
WO/2017/064335 MECHANICAL PUZZLE GAME||WO||20.04.2017|
||PCT/ES2015/070739||ALEGRET LÓPEZ, Augusto José||ALEGRET LÓPEZ, Augusto José|
The invention relates to a mechanical puzzle game comprising the centre (1) formed by a polyhedron that can be inscribed in a sphere, mobile parts (2a, 2b) partially covering the exterior surface of the centre (1), and having spokes (21) on the exterior surface thereof which define sections (22) thereon, characterised by means (texture, colour, reliefs or imprints) that can be differentiated by touch and/or visually, wherein each mobile part (2a, 2b) is coupled to the centre (1) via a rotation shaft (24) which permits the rotation of each mobile part individually in relation to the geometrical axis of said rotation shaft (24).
WO/2017/064336 COUPLER BETWEEN SMART MOBILE DEVICES AND OPTICAL APPARATUSES||WO||20.04.2017|
||PCT/ES2015/070740||PRODOL MEDITEC, S.A.||RUIZ - OZAITA, Luis Antonio|
Coupler between smart mobile devices and an optical apparatus, of the type used for being introduced into the human body, such as a laryngoscope, fiberscope or endoscope, which allows the coupling and functional use of a smart mobile device or smartphone on an optical apparatus, with the aim of observing and capturing the images transmitted by the optical apparatus.
WO/2017/064337 PRODUCTION OF IMPROVED FORTIFIER FROM BEER YEAST WATER||WO||20.04.2017|
||PCT/ES2015/070746||ADOBS I INNOVACIÓ FITOVEGETAL HORTUS NATURA S.L.||LARROSA PADRÓ, Marta|
The invention relates to a fortifier for growth and flowering in horticulture, ornamental plants and trees, aromatic plants and fruit trees, from wastewater from beer yeast with very low protein concentration. The production involves preliminary steps: 80 μm filtration, magnetic treatment of the liquid, and addition of between 0.1 and 20 g/l of phosphate and between 10 and 20 g/l of glucose, the fermentation being carried out while maintaining the free amino acid content above 0.1%, the Mg+2 content above 0.1%, the total of nitrogen, phosphate and potassium below 3.0%, the protein content between 0.5% and 1.0%, and EDTA between 0.02% and 0.2%, all in dry material weight, followed by addition of microbes of environmental origin, at temperatures of between 15°C and 40°C with gentle stirring, for between 24 hours and 30 days, subsequent filtering and pH adjustment. The effective action thereof has been observed in different crops.
WO/2017/064338 VERSATILE MODULAR SYSTEM FOR VERTICAL AND HORIZONTAL GARDENS||WO||20.04.2017|
||PCT/ES2015/070748||VOLCKAERT, Maximiliaan Francisco León||VOLCKAERT, Maximiliaan Francisco León|
The invention relates to a vertical inside or outside garden comprising ventilated and purifying plant panels for forming vertical structures of wall gardens or covered with natural substrates. Each modular element of plastic materials is formed by a three-dimensional structure (1) of rectangular, hollow cells (9) which are perforated vertically and horizontally and contain the earth or substrate (3) for cultivating plantations which are aesthetic or even biologically air-purifying (8). Together with the above, there is another similar structure (2) which is empty for air circulation, and comprises tubing (5) for irrigation (11), and the fixing and anchoring of the system. Between the two structures, there are hydrophilic materials for the distribution of the irrigation. This supply of liquids (11) comprises tubing (5) with a flow regulator. The outlet of the irrigation tubing is located in the component (6). Said structures (1) and (2) are provided with tongues (7) for removing the water and tongues (10) for assembly.
WO/2017/064339 CALIBRATION OF HELIOSTATS OF A THERMO-ELECTRIC SOLAR ENERGY PLANT||WO||20.04.2017|
||PCT/ES2015/070754||ABENGOA SOLAR NEW TECHNOLOGIES||CLIMENT SÁNCHEZ, Pablo|
The invention relates to a method for calibrating a heliostat of a field of heliostats, comprising the following steps: providing a linear transformation to convert three-dimensional coordinates into two-dimensional coordinates in pixels in an image; obtaining the actual three-dimensional coordinates of the corner points of the reflective surface of each heliostat, for an image captured by a first image-capturing device and an image captured by a second image-capturing device at a determined time; obtaining the two-dimensional coordinates of the corner points of the reflective surface; identifying the contour of the reflective surface of each heliostat in each image; and identifying an ROI in each image. As well as, for each selected heliostat, obtaining a first parameter of the intensity of the pixels of the ROI corresponding to the heliostat in the image captured by the first device; obtaining a second parameter related to the intensity of the pixels of the ROI corresponding to the heliostat in the image captured by the second device; determining adjustments to be applied to the heliostat; and applying the adjustments.
WO/2017/064340 DEVICE FOR ENDOTRACHEAL INTUBATION VIA MAGNETISATION||WO||20.04.2017|
||PCT/ES2015/070854||GARCÍA PÉREZ, D. Juan Carlos||GARCÍA PÉREZ, D. Juan Carlos|
The invention relates to a device for endotracheal intubation via magnetisation, of the type comprising an endotracheal tube that is introduced into the respiratory tracts of the patient, consisting of a magnet intended to be manipulated by the anaesthetist on the outside of the neck at the height of the pharynx and the larynx, and consisting of a metal element disposed in the distal end of the endotracheal tube, preferably inside the endotracheal tube, which is attracted by said magnet, facilitating the orientation and approach thereof and permitting the insertion thereof.
WO/2017/064341 TUB FOR FOOD PRODUCTS||WO||20.04.2017|
||PCT/ES2016/070639||MIRÓ SÁNCHEZ, Arturo Salvador||MIRÓ SÁNCHEZ, Arturo Salvador|
The invention relates to a tub for food products, of the type intended for containing a product that can be consumed from the tub itself using the corresponding cover. The products consumed therein can be ice creams, yoghurts and similar, which are susceptible to dripping during consumption. In the this way, the tub provides a peripheral wing, corresponding to the upper and external part of the body of the tub, which determines a channel for the collection of the product that may drip during the consumption of the contents of the tub.
WO/2017/064342 FERMENTATION-INITIATING COMPOSITION COMPRISING STRAINS OF FREE AND IMMOBILISED MICROORGANISMS||WO||20.04.2017|
||PCT/ES2016/070704||LOPEZ SEVILLA, Mª Asunción||LOPEZ SEVILLA, Mª Asunción|
The present invention relates to a fermentation-initiating composition for a substrate, which comprises at least one strain of immobilised microorganisms and at least one strain of free organisms in a suspension medium. The present invention also relates to the method for preparing and preserving the fermentation-initiating composition, to the method for activating a substrate, and to the use of the composition to produce foods and drinks, to produce metabolites, and to treat leachates or waste.
WO/2017/064343 MEANS AND METHOD FOR CONTROLLING THE WORKING ATMOSPHERE IN TUNNELS||WO||20.04.2017|
||PCT/ES2016/070705||OBRAS SUBTERRANEAS, S.A.||SIMON ASENJO, Jaime|
The invention relates to means for controlling the working atmosphere in tunnels, characterised in that it consists of three interconnected subsystems: ventilation (A), gas confinement (B), and environmental monitoring (C); where, once the blasting has been triggered and the pressure wave generated thereby has been released, the gas confinement barrier is closed. The ventilation used is a mixed suction-blower system such that all of the blast gases return via the suction conduit, the suction ventilator (7) being activated at maximum power such that the blower ventilation will have to counteract the suction flow in the cul-de-sac since the ventilation lock (3) will be in a position in which part of the flow will advance while the other part will return via the zone preceding the barrier, via the gallery, and the blower flow will be equal to the sum of the suction flow plus the flow returning via the gallery.