WO/2016/127268 SYSTEM AND METHOD FOR IDENTIFYING A DEVICE FOR THE CHARGING THEREOF||WO||18.08.2016|
||PCT/CL2015/050004||CHILECTRA S.A.||ORTUZAR, Micah|
The invention relates to a system for identifying and charging a mobile device, said system comprising an administration system; a charging point which, in turn, comprises an identification system that can transmit the identification thereof to the mobile device; a charge-activating device that receives the confirmation with the charge requirement; and a charging device which is activated from the activation device, and wirelessly supplies energy to the mobile device so as to proceed with the charging until the value requested by the user is reached. According to the method, the identification of the charging point is communicated to the mobile device, so that said device sends the identification, along with the associated charging requirement, to the administration system. The administration system will authorise the charging by sending an order to activate the charging device until it reaches the value requested by the user.
WO/2016/123726 ELECTROLYTIC SYSTEM FOR PRECIPITATING METALS AND REGENERATING THE OXIDISING AGENTS USED IN THE LEACHING OF METALS, SCRAP METAL, METAL SULPHURS, SULPHIDE MINERALS, RAW MATERIALS CONTAINING METALS FROM SOLUTIONS FROM LEACHING, INCLUDING A PROCESS FOR COMBINING THE PRECIPITATION AND THE OXIDATION IN A SINGLE STEP, ELIMINATING THE STEPS OF FILTRATION, WASHING, TRANSPORTATION AND MANIPULATION OF HIGHLY TOXIC REAGENTS||WO||11.08.2016|
||PCT/CL2016/050005||SIMPSON ALVAREZ, Jaime Roberto||SIMPSON ALVAREZ, Jaime Roberto|
The invention relates to a combined electrolytic system for precipitating different types of metals (copper, zinc, nickel, cadmium, cobalt, silver, gold) and regenerating reagents for the leaching of metal sulphurs from solutions from leaching in a sulphuric-oxidising or hydrochloric-oxidising environment, including a process that permits the combining of the current reduction processes followed by oxidising processes which are complex and potentially dangerous from an environmental point of view, thereby preventing the risky transportation of dangerous substances, loading and unloading operations, storage and manipulation of toxic materials, and reducing the environmentally contaminating waste, producing a commercial-quality cathodic product and a solution that is re-used in the leaching process. The system comprises a membrane cell device (3) that is connected via ducts and valves to one or more oxidising agent tanks (7), to one or more anodic solution tanks (6) and to one or more cathodic solution tanks (2), wherein said membrane device (3) is formed by one or more cathodic compartments (4) and by one or more anodic compartments (5), wherein each of the cathodic compartment(s) (4) is/are separated from each of the anodic compartment(s) (5) by a membrane for selective and uni-directional ion exchange.
WO/2016/123725 SYSTEM AND METHOD FOR THE GENERATION OF AN IMAGE ON A THREE-DIMENSIONALLY PRINTED OBJECT||WO||11.08.2016|
||PCT/CL2016/000005||BIENZOBÁS SAFFIE, Fernando Andrés||BIENZOBÁS SAFFIE, Fernando Andrés|
The invention relates to a system for the generation of three-dimensional objects including an image, and methods for the manufacturing and use thereof. Some embodiments include an extended line for the generation of a three-dimensional object, by means of additive manufacturing, having an image defined by a matrix of pixels, wherein the line includes a plurality of discrete pixels disposed along the length of the line, said pixels being configured to generate the matrix of pixels. Other embodiments include an extrusion system configured to extrude a line. Additional embodiments include a method for the generation of a three-dimensional object, by means of additive manufacturing, which has an image defined by a matrix of pixels.
WO/2016/123727 COMMUNICATION METHOD AND SYSTEM FOR ESTABLISHING A MIMO COMMUNICATION LINK||WO||11.08.2016|
||PCT/CL2016/050006||PONTIFICIA UNIVERSIDAD CATÓLICA DE CHILE||OBERLI GRAF, Christian Robert|
The invention relates to a MIMO system comprising a first transceiver and a second transceiver, wherein the first transceiver transmits a message containing a preamble of training symbols to the second transceiver, wherein said second transceiver estimates the channel properties on the basis of the training message received and responds with a response message including training symbols and data, and wherein the first transceiver estimates the channel properties on the basis of the training response message and uses same to pre-weight a data message transmitted to the second transceiver.
WO/2016/119074 METHOD FOR THE SYNTHESIS OF LINEAR GERANYLORCINOL DERIVATIVES FROM GERANIOL AND ORCINOL, COMPOUNDS DERIVED FROM LINEAR GERANYLORCINOLS, AND USE OF SAID COMPOUNDS AS ANTIFUNGALS AGAINST BOTRYTIS CINEREA||WO||04.08.2016|
||PCT/CL2016/050004||UNIVERSIDAD TÉCNICA FEDERICO SANTA MARÍA||DIAZ PERALTA, Katy Paulina|
The invention relates to a synthesis method for producing compounds derived from linear geranylorcinols, comprising the condensation of geraniol with orcinol, catalysed by a Lewis acid and the use of a secondary catalyst, to compounds derived from linear geranylorcinols, and to the use of said compounds as antifungals against Botrytis cinerea.
WO/2016/119073 TRAY DEVICE FOR THE INCUBATION OF EGGS OF A VARIABLE SHAPE AND SIZE, FORMED BY A VARIETY OF PARALLELEPIPED-TYPE CELLS||WO||04.08.2016|
||PCT/CL2016/000003||PAVEZ VASQUEZ, Claudio Marcelo||PAVEZ VASQUEZ, Claudio Marcelo|
The invention relates to an incubation tray device of different states of development of benthic aquatic organisms, such a fish, molluscs and crustaceans, of a variable shape in accordance with the existing productive infrastructure (pond, tube or tray), operating at an inclined or horizontal angle, formed by a variety of parallelepiped-type cells that structure protective three-dimensional spaces which permit the circulation of water via infiltration or upwelling, formed in injected plastic, high-density polyethylene or metal, and the base structure being formed by: a) parallelepiped-type water circulation cell that is polygonal triangular (8), square (12), rectangular (13), pentagonal (15), octagonal (19) or tubular parallelepiped (21), ellipsoid (23) or oblong (26), and b) a perforated base of the water circulation cell (30) having oblong-type perforations (3, 5).
WO/2016/115646 AN ELECTRONIC VOTING METHOD AND SYSTEM IMPLEMENTED IN A PORTABLE DEVICE||WO||28.07.2016|
||PCT/CL2015/000004||CORREA PARKER, Cesar Ramón Juan||CORREA PARKER, Cesar Ramón Juan|
An electronic voting method and system implemented in a portable device (1) that improves voting transparency and speed, encouraging participation in the voting process, comprised of registering an identifier code of the portable device (1 ) used by the voter to vote, associating said 5 identifier to the voter's identity; selecting a Code A by the voter from a first plurality of random codes (20a) received in the portable device (1) and a Code B from a second plurality of random codes (20b) received in the portable device (1).
WO/2016/109905 APPARATUS FOR INSTALLING A SYSTEM SUCH AS A LAB-ON-A-CHIP FOR IDENTIFYING ANTIBIOTIC SUSCEPTIBILITY AT THE POINT OF CARE OF THE PATIENTS||WO||14.07.2016|
||PCT/CL2015/050002||DROGUETT BIZET, Sara||DROGUETT BIZET, Sara|
The invention relates to an apparatus for installing a system such as a lab-on-a-chip, which can identify antibiotic susceptibility at the point of care of the patients, especially in rural areas, surgeries, hospitals that do not provide care around the clock, hospitals with little equipment, inter alia, from the extraction of a sample, where said apparatus comprises a basic medical device or microdevice and a dispenser, where said microdevice comprises a plurality of microwells which are arranged in a circular shape on one of the faces of the microdevice, and where the dispenser comprises a central plunger for taking and administering the sample, a chamber for storing and distributing the sample, and a plurality of microdispensers arranged in a circular shape, through which the sample is introduced into the microwells of the microdevice.
WO/2016/106457 CLOSING ASSEMBLY FOR A CONTAINER, SUCH AS BOTTLES AND/OR FLASKS, REMOVABLE CARTRIDGES, CLOSING DEVICE, AND METHOD||WO||07.07.2016|
||PCT/CL2014/000090||CANZIANI HOFFA, Mauro Andre||CANZIANI HOFFA, Mauro Andre|
The invention relates to a closing assembly for containers, such as bottles and/or jars, which allows a hermetically isolated additive to be dispensed into the inside of said container, via a cartridge, characterised in that the assembly comprises a closing device having a main body (3) with joining means that allow detachable connection to a removable cartridge (4) storing the additive to be released, where said removable cartridge (4) houses a piercing projection (5) that can be actuated by direct contact with an actuator (2) connected to said main body (3).
WO/2016/106462 PRODUCTION OF CELL BODIES THROUGH DEPRIVATION OF NUTRIENTS AND USE THEREOF FOR GENERATING ANTITUMOUR IMMUNITY||WO||07.07.2016|
||PCT/CL2015/050057||UNIVERSIDAD DE SANTIAGO DE CHILE||ACUÑA, Claudio|
The invention relates to the production of cell bodies derived from cell lines. The technique is based on maintaining the cells in a culture and eliminating the medium. This means maintaining the cells, over a period of a week, in a supernatant formed by PBS plus antibiotics and an antimycotic, in incubation at 37°C with 5% of CO2. The invention also relates to the use of the cell bodies produced for generating antitumour immunity.