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Results 1-10 of 642 for Criteria:(ANID:CL* AND CTR:WO) Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2017/100956 METHOD FOR AUTHENTICATION VIA A COMBINATION OF BIOMETRIC PARAMETERSWO22.06.2017
G06F 21/32
PCT/CL2015/050052TOC S.A.NAVARRO LUFT, Ricardo
The invention relates to a method for verifying the identity of a user who is carrying out a transaction, based on a combination of biometric parameters, in particular fingerprint detection, defined as a biometric PIN, comprising the provision of a biometric device that permits the reading of the digital fingerprint, and a sequential combination of fingerprints previously registered in a registration process, wherein the user can use said combination of fingers or digital fingerprints on the device for authentication, by means of the following steps: accessing an application previously installed on the device, wherein the biometric reader is activated; placing each finger or fingerprint previously selected in the registration process on the device in a selected sequential combination, wherein each finger should have a positive correspondence or match to continue with the next finger; once the fingers forming the PIN have been placed in the correct order and with a positive match for each finger, the identity verification data (date and time, unique serial number and GPS position) of the user is encrypted, if the identification is positive; and authorising the transaction or action.

2. WO/2017/100957 TRANSPORTABLE SYSTEM FOR THE CALIBRATION AND SELECTION BY SIZE OF GRINDING BALLS, WHEREIN THE TIMES REQUIRED TO CARRY OUT BOTH TASKS ARE GREATLY REDUCED, ACHIEVING HIGH EFFICIENCY IN SAME; AND METHOD FOR OPERATING THE SYSTEMWO22.06.2017
B07B 1/00
PCT/CL2016/000002QUINTANA PAREDES, Max FanorQUINTANA PAREDES, Max Fanor
The invention relates to a transportable system for the calibration and selection by size of grinding balls, wherein the times required to carry out both tasks are greatly reduced, achieving high efficiency in same. The system can be transported without great effort, in order to operate in any geographical location. The system comprises: A) a calibration section, including a hopper (1) with calibrating bars (2) positioned at a 45° angle in the upper interior zone of the hopper (1), an oscillating tray is installed in a horizontal position for regulating the volume of the load towards a conveyor belt (4), which unloads in B) a section for selection by size, inside a horizontal cylindrical structure (5) in which metal lateral guides (6) are disposed in a cylindrical and linear manner in order to support and secure half-moon-shaped plates (7), with perforations according to the size of balls to be selected, which half moons (7) are interchangeable with one another, and can be considerably increased in diameter and length. The horizontal cylindrical structure (5) includes a perforation for discharging the selected balls, which fall onto foldable conveyor belts (4a, 4b, 4c, 4d) disposed perpendicular to the horizontal cylindrical structure (5), and which discharge into the respective collection location, and C) a support for the transportable system, formed by a metal platform supported on wheels.

3. WO/2017/100958 METHOD FOR PRODUCING FLAVOURED OATSWO22.06.2017
A23L 5/40
PCT/CL2016/050065ALIMENTOS EL GLOBORIVERA VERGARA, Humberto Fabián
The invention relates to the food industry, particularly the production of cereals. Disclosed is a method for producing a cereal consisting of rolled oats which is flavoured and sweetened, as well as the use of said method for producing food based on flavoured oats.

4. WO/2017/100959 METHOD FOR PRODUCING ARSENIC SULPHIDE NANOSTRUCTURES FROM A MICROORGANISM AND PRODUCED NANOSTRUCTURESWO22.06.2017
C12P 3/00
PCT/CL2016/050066UNIVERSIDAD CATÓLICA DEL NORTEDEMERGASSO SEMENZATO, Cecilia
The invention relates to the field of nanotechnology, in particular the production or treatment of nanostructures, and in particular provides arsenic sulphide nanostructures, as well as a process for producing arsenic sulphide nanostructures. The invention provides a process for producing arsenic sulphide nanostructures (As-S) from a microorganism, characterised by comprising the steps of growing a strain of Fusibacter ascotence in appropriate conditions in the presence of a sulphur source and an arsenic source, and recovering arsenic sulphide nanostructures (As-S) from the precipitate obtained from said culture. The invention also provides an arsenic sulphide nanostructure characterised by being a nanocable having a monoclinic crystal structure. The invention further provides an arsenic sulphide nanostructure characterised by being a nanoparticle having a monoclinic crystal structure.

5. WO/2017/100960 VEHICLE ADAPTED FOR MAKING MIXTURES OF WASTE LUBRICATING OIL/FUEL OIL FOR THE IN SITU PRODUCTION OF BULK PRODUCTS, AND ASSOCIATED PROCESSWO22.06.2017
C06B 31/00
PCT/CL2016/050070ENAEX SERVICIOS S.A.LOYOLA IRRIBARRA, Luis Antonio
The invention relates to a transport vehicle designed preferably for producing a mixture of waste lubricating oils/fuel oil (ALR/FO), mounted preferably on a chassis and comprising at least one metal tank. The metal tank is divided internally into at least two compartments having respective wave-breaks, wherein each compartment comprises a pump system, a plurality of lines for recharging products, at least one quick-filling system for respective FO and ALR compartments, at least one manual traditional filling system, and the vehicle comprises at least one logical control system having at least one actuating panel, at least one actuating reel for the actuation of at least one hose, and at least one static mixer for the ALR/FO mixture having an overpressure safety system, wherein said safety system includes a recirculation system to the ALR compartment, a plurality of double-acting vent valves, at least one man access, at least one battery, a plurality of filters for the suction of recycled oils and at least two filters for direct supply to manufacturing equipment. The invention also relates to an associated process.

6. WO/2017/100961 SELF-ADHESIVE COPPER SHEET TO BE POSITIONED ON THE DIAPHRAGMS FORMING PART OF THE RECEIVER HEAD OF A STETHOSCOPEWO22.06.2017
A61B 7/00
PCT/CL2016/050072SOLER LIOI, Bartolomé AndrésSOLER LIOI, Bartolomé Andrés
The invention relates to a self-adhesive copper sheet to be positioned on the diaphragms forming part of the receiver head of stethoscopes, for the purpose of preventing said medical instruments from spreading microbes, such as fungi, viruses and bacteria, from one patient to another, which can cause infections, and simultaneously preventing the use thereof from affecting the sound quality of the stethoscope, by means of an analysis of the range of thicknesses of said copper sheet, wherein said sheet has an upper face (16) that comes into contact with the patient and a lower face (15) with an adhesive, to be adhered to the diaphragm (5), wherein a thickness (14) is created between both faces (15, 16), wherein said self-adhesive sheet is formed of copper, thereby generating a self-adhesive copper sheet (12) that is adhered to a support substrate (13), and wherein said self-adhesive copper sheet (12) has a thickness (14) of less than or equal to 250 micrometres.

7. WO/2017/096495 ELECTROLYTIC SEQUENTIAL PROCESS AND SYSTEM FOR INCREASING THE CONCENTRATION OF LITHIUM IN BRINESWO15.06.2017
C22B 26/00
PCT/CL2016/050068PROPIPE MAQUINARIAS LTDA.SIMPSON ALVAREZ, Jaime Roberto
The invention relates to an electrolytic sequential system for increasing the concentration of lithium in natural brines, which replaces evaporation pools or wells, preventing water loss. The system comprises at least one repeatable sequential phase (1), said repeatable sequential phase in turn comprising at least three mechanisms joined sequentially in three stages: stage I (E-I) comprises an ordered mechanism formed by one or more electrolytic or electrodialysis cells (4); stage II (E-II) comprises a precipitation mechanism (17); and stage III (E-III) comprises a solid/liquid separation mechanism (21). The system further comprises: a brine source (2) and a clean water source (5), both connected with E-I; at least one storage tank (8) for dilute, which is connected with E-I; a zone for recovering brine, connected with the dilute storage tank; a valve (12) for distributing the concentrated flow produced, disposed between E-I and E-II; a source (15) for supplying separation inputs and reactants, connected with E-II; a source (19) for supplying precipitation inputs and reactants, connected with E-III; and a storage tank (25) for precipitated salts, which receives the output flow from E-III.

8. WO/2017/091914 PROCESS THAT PERMITS THE REMOVAL OF FIXED-PATTERN NOISE IN EFFECTIVE IMAGES FORMED BY ARRANGEMENTS OF ELECTROMAGNETIC SENSORS OF A LIGHT FIELD BY MEANS OF A DIGITAL REFOCUSINGWO08.06.2017
H04N 5/365
PCT/CL2016/000049UNIVERSIDAD DE CONCEPCIÓNSAAVEDRA RUBILAR, Carlos
The invention relates to a process that permits the removal of fixed-pattern noise in effective images formed by arrangements of electromagnetic sensors of a light field, comprising at least the following steps: (a) forming a digital image based on an arrangement of electromagnetic sensors; (b) forming a light field, which should have at least 2 x 2 digital images of a scene, having a separation distance of at least the size of the effective area of an electromagnetic sensor; and (c) reconstructing an image by means of a digital refocusing based on the light field.

9. WO/2017/091915 COMPOSITION, METHOD AND USE FOR CONTROLLING FUNGAL INFECTION CAUSED BY NOSEMA CERANAE FUNGUS IN APIS MELLIFERA BEE COLONIES, COMPRISING APPLICATION, AS A SYRUP (PJ-CD14) AND AEROSOL (PA-CD14), OF AN EFFECTIVE QUANTITY OF AN ESSENTIAL OIL (CD14) OBTAINED FROM CRYPTOCARIA ALBA (PEUMO) LEAVESWO08.06.2017
A01N 63/00
PCT/CL2016/000075UNIVERSIDAD DE CHILEBRAVO GARRIDO, Jessica Andrea
The present invention relates to a composition for controlling fungal infection caused by Nosema ceranae fungus in Apis mellifera bee colonies, which comprises the application of an effective quantity of an essential oil (CD14) obtained from Cryptocaria alba (peumo), wherein the main compounds of the essential oil (CD14) are α-terpineol, eucaliptol and β-felandreno and the composition is selected from a composition administered as a syrup (Pj-CD14) and aerosol (Pa-CD14). A method and use for said control are also described.

10. WO/2017/088079 EWS MODULE DEVICE, PART OF THE EWTECH-LED PROCESS, FOR ELECTRO-WINNING AND/OR ELECTRO-REFINING, INTERCONNECTION PROCESS AND OPERATING PROCESS THEREOFWO01.06.2017
C25C 7/00
PCT/CL2015/000061PROTER S.A.GODOY MELO, Paulina Alejandra
The invention relates to an EWS module device for electro-winning and/or electro-refining, based on a saturated leaching solution of PLS/electrolyte/raffinate/ILS without solvent extraction, characterised by comprising: a tank (10 and 12); a set of electrolytic cells contained within the tank, wherein the cells are electrically and volumetrically separated by the internal walls of the module (14), with the cells being connected in series by a joining board or capping board (3); an intercellular bar (1); an intercellular bar guide (2); inlet and outlet ducts for the PLS/electrolyte/raffinate/ILS (17) and (11) for each cell independently; and each EWS module is in turn connected to the other modules by an inter-module connector (18), and same in turn control the connection and disconnection of the EWS modules by an interrupter (25); operating process of the EWS module device; and connection and disconnection process between different EWS module devices.


Results 1-10 of 642 for Criteria:(ANID:CL* AND CTR:WO) Office(s):all Language:EN Stemming: true maximize
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