WO/2015/149192 GENERATING AND DISPENSING EQUIPMENT FOR ACARICIDE, DISINFECTANT, DEODORISING AND/OR AROMATISING COMPONENTS; RELATED METHOD||WO||08.10.2015|
||PCT/CL2014/000012||ALEGRĺA MÉNDEZ, José Luis||ALEGRĺA MÉNDEZ, José Luis|
The invention relates to air-generating and dispensing equipment that is compact, silent and versatile for significantly and controllably removing mites, disinfecting, deodorising and/or aromatising surfaces to be treated, which includes a generating unit consisting of a casing (100), having pumps (121, 122, 123) configured inside said casing (100); also comprising at least one ionising device (110), ozonising device (111) and aromatising device (112); and at least one ozonising timer (131), ionising timer (132) and aromatising timer (133); wherein the generating unit is connected to an air dispenser (200) which consists of an inflatable blanket made of two interconnected layers. The invention also relates to a method for significantly removing mites, disinfecting, deodorising and/or aromatising and to an air generator and dispenser which dispenses air in a room, dispensing conditioned air during a first time period and dispensing unconditioned air during a second time period.
WO/2015/149193 COATING FOR EXTERNAL SURFACES SUCH AS BUILDING FAÇADES||WO||08.10.2015|
||PCT/CL2015/050010||UNIVERSIDAD DE SANTIAGO DE CHILE||MANFREDI SANTI, Camila Francisca|
The present invention relates to a coating for external surfaces such as building façades enabling sun control by shading the rooms of a building, transforming the latter into spaces that are more comfortable for the occupants thereof, which is made up of a plurality of textile sheets which have cuts and folds, making up diamond-shaped basic units. Said façade coating is constructed using basic units (17) made up of two textile sheets (1), a first upper sheet (A) and a second lower sheet (B), in which the second lower sheet (B) is inverted by 180º with respect to the first upper sheet (A), and in which the first and second sheets (A, B) are connected at a third transverse central lower fold (13a) of the first upper sheet (A) and a third transverse central lower fold (13b) of the second lower sheet (B), in which a sixth transverse central lower fold (14a) of the first upper sheet (A) and a sixth transverse central lower fold (14b) of the sheet (B) are also connected, generating a first joint (15) and a second joint (16), making up said basic unit (17).
WO/2015/143576 LIQUID WATER FLOW PROBE HAVING MULTIPLE HOT WIRES||WO||01.10.2015|
||PCT/CL2015/050009||UNIVERSIDAD DE LOS ANDES||LEBOEUF, Richard|
The invention relates to a liquid water flow probe having multiple hot wires, which enables the measurement of speed on land, the liquid water content (LWC) and the liquid water flow (LWF) in fog or mist. The probe includes at least two heated wires suspended on electrically conductive contact pins maintained at constant temperature or compensation of constant temperature relative to the room temperature, wherein the wire sensors are welded to said contact pins or are mechanically retained between slots in the ends of the contact pins and the contact pins have beveled ends and angled upward to prevent the water that impacts the contact pin to pass through to the wire probe.
WO/2015/143573 MODULAR PROTECTION SYSTEM FOR FISH FARMING CAGES PREVENTING ATTACK FROM NATURAL PREDATORS, FORMED BY A SET OF MODULES CONSISTING OF FLAT NET SURFACES AND A PLURALITY OF STRUCTURAL AND TENSIONING ELEMENTS, AND ASSEMBLY METHOD||WO||01.10.2015|
||PCT/CL2015/000013||ESPINOZA Y ROJAS SERVICIOS DE INGENIERIA LIMITADA||ESPINOZA BREVIS, Fredi|
Protection modular system for fish farming cages preventing the attack of natural predators such as sea lions, capable of generating a protective perimeter that keeps away these predators through a mesh structure that uses a minimal amount of tension elements, thus it is cheaper, easier for installation and maintenance tasks, it ensures the distance that separates it from growing nets and enables better net behavior to external effects (such as changes of tide movement / flow of water, etc.). This net system formed by panels which are installed and anchored to a traditional mooring structure, comprises a set of modules (M) placed next to each other forming a protective wall surrounding such fish farming cages (A) around its peripheral edge and bottom. Such modules comprise many structural elements (20) arranged on their external side, while their inner side has many tension elements (30) which are fixed to the edges of the module by one end, and the free end of the tension elements (30) goes out by points located in a horizontal central edge (115), where such tension elements (30) are pulled out of the modules and join the traditional mooring structure, causing the modules to be folded in two opposite inclined planes (113, 114). This protective modular system is also made by elements (40) connecting together the structural elements and guiding the tension elements, and by installation means (50) comprising many rope elements binding together and tensioning the set of modules with respect to the anchoring structure.
WO/2015/143574 METHOD FOR RECOVERING COPPER, MOLYBDENUM AND OTHER MATERIALS FROM FOUNDRY SLAG||WO||01.10.2015|
||PCT/CL2015/000017||ALTAMIRANO MUNOZ, Francisca||DEL VALLE LAZO, Alfredo Mauricio|
The invention relates to a method for recovering copper, Mo, Fe, Pt, Au, Ag, Zn, Ni, Sn, Co, U, Re, Ge, Se, rare earth metals and any other metal from the Periodic Table of the Elements present in the slag content, obtained from the slag produced by copper smelting such as in the fusion and conversion of slag, from reverberatory furnaces, and especially the Teniente converter and Pierce-Smith converter, the slag from refining, anodic slag, the oxidized slag and/or any other slag or molten metal that produces slag, wherein the method comprises at least one of the following steps: a) subjecting the slag to cascading stages separated by phases, which prepares the slag while copper is recovered, wherein each stage comprises at least one stage comprising at least one of the crushing, magnetic separation and/or milling methods and wherein the number of stages per phase depends on operational considerations; b) recovering the copper, molybdenum and other metals present in the slag by means of a reactor into which the slag is fed to obtain a concentrated solution including mainly copper, molybdenum and iron.
WO/2015/143575 TISSUE-CONDITIONING KIT COMPRISING A TERPENIC ANTI-FUNGAL AGENT EXHIBITING ACTIVITY AGAINST ORAL CANDIDIASIS PRESENT IN SUBPROSTHETIC STOMATITIS||WO||01.10.2015|
||PCT/CL2015/000018||UNIVERSIDAD DE CONCEPCION||ROJAS BORQUEZ, Ninón Uganda|
The invention relates to a tissue-conditioning kit comprising a terpenic anti-fungal agent exhibiting activity against Candida albicans present in subprosthetic stomatitis. The kit comprises a powder polymer, a plasticiser, and a mixture of terpenes with anti-fungal activity. In another embodiment of the kit, the terpenic anti-fungal agent is contained in the plasticiser. The invention also relates to the use of the tissue-conditioning kit for treating subprosthetic stomatitis, as it allows the reduction of lesions in the buccal mucosa of patients.
WO/2015/139152 SOLAR CONCENTRATOR COMPRISING FLAT MIRRORS ORIENTED NORTH-SOUTH AND A CYLINDRICAL-PARABOLIC SECONDARY MIRROR HAVING A CENTRAL ABSORBER||WO||24.09.2015|
||PCT/CL2015/000015||MENDEL HORWITZ, Eduardo David||MENDEL HORWITZ, Eduardo David|
The invention relates to a solar power concentrator (CSP) formed by a series of long flat (Fresnel-type) mirrors oriented in a north-south direction, each mirror having a single east-west axis of rotation, tracking the height of the sun. Together the mirrors reflect the light throughout the day towards a single cylindrical-parabolic mirror which concentrates the solar radiation onto a small area close to the focal line of the parabola on which an absorber is located that heats fluids and/or generates electricity.
WO/2015/135088 CONTINUOUS AND MODULAR TREATMENT SYSTEM FOR REMOVING BORON, CONSISTING OF A BORON REMOVAL SYSTEM TOGETHER WITH A RESIN REGENERATION SYSTEM INCLUDING THREE COLUMNS||WO||17.09.2015|
||PCT/CL2014/000011||FUNDACION CHILE||BROSCHEK SANTELICES, Ulrike|
The invention relates to a continuous and modular treatment system for removing boron from natural, urban, rural and irrigation water, comprising a boron removal system together with a resin regeneration system, wherein the treatment system includes 3 columns (C-1, C-2, C-3), each column being packed with an ion exchange resin specifically for removing boron. Said columns are arranged in series and operate alternatingly in a fining-refining configuration, meaning that two columns are in simultaneous operation in the boron removal system, while the third column is in regeneration. The invention further relates to a method for operating the system, which includes the steps of removing boron and the steps of regenerating the saturated resin.
WO/2015/135089 DRUG-CELL THERAPY METHOD FOR TREATING MUSCULAR DYSTROPHIES||WO||17.09.2015|
||PCT/CL2015/000014||PONTIFICIA UNIVERSIDAD CATÓLICA DE CHILE||BRANDAN, Enrique|
The invention relates to a method for treating a muscular dystrophy disease in a patient, said method including the administering of an effective quantity of a botanical medicine isolated from Andrographis paniculata, in combination with cell therapy. The method improves the performance of skeletal muscle.
WO/2015/123789 METHOD OF PRODUCING CAROTENOID COMPOUNDS FROM MICROALGAL SUBSTRATE INCLUDING COMPRESSION OF THE MICROALGAL POWDER AND EXTRACTION BY SUPERCRITICAL CO2||WO||27.08.2015|
||PCT/CL2014/000089||PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE||REYES MADRID, Fabián Alberto|
The invention concerns a method of obtaining bioactive agents from dehydrated unicellular organisms, such as from microalgae, for example. In particular, the invention concerns a method of extracting functional compounds, such as carotenoids, using supercritical CO2 from microalgal substrates previously compressed in controlled conditions.