WO/2016/105215 METHOD FOR OBTAINING INSTANT QUINOA||WO||30.06.2016|
||PCT/PE2015/000028||ALICORP S.A.A.||GENOVÉS MARTÍNEZ, Salvador|
The invention relates to a method for the production of instant quinoa flour, comprising the cooking and grinding of the quinoa and a subsequent enzymatic treatment with amylases and proteases.
WO/2016/099298 METHOD FOR PRODUCING A DEHYDRATED FOOD WITH A HIGH CONTENT OF HYDROLYSED PROTEINS FROM FISH STICKWATER||WO||23.06.2016|
||PCT/PE2015/000015||RIBAUDO BERNALES, Fernando Ricardo||RIBAUDO BERNALES, Fernando Ricardo|
The invention relates to a method for producing a dehydrated food with a high content of hydrolysed proteins from fish stickwater. To this end, the insoluble solids and the traces of fat are separated from the stickwater, the stickwater is then subjected to a process of demineralisation by means of electrodialysis, and the temperature and pH thereof are subsequently adjusted so as to proceed with the enzymatic hydrolysis, which allows the protein to be fractionated, said protein then being concentrated and dried by atomisation in a dehydrator such as a spray dryer, and lastly the dry product is suitably packaged.
WO/2016/093709 CITRUS FRUIT JUICE EXTRACTOR||WO||16.06.2016|
||PCT/PE2015/000026||UNIVERSIDAD DE INGENIERÍA Y TECNOLOGÍA||MURRAY HERRERA, Victor Manuel|
The invention relates to a device for extracting juice from citrus fruits in a continuous manner and with different levels of bitterness depending on the intended use. The device squeezes citrus fruit halves, the fruit having first been cleanly cut, thus emulating the traditional manner in which citrus fruits are cut with a knife, without crushing the peel. This clean cut is achieved with a mobile knife that moves transversely to the central axis of the citrus fruit. The movement of the device is transmitted by a single transmission unit that can take the form of a lever or an electric motor according to requirements. The resulting juice is collected, without seeds, in a glass-type container.
WO/2016/076737 MODIFICATION TO THE PANTONE ENGINE FOR OPERATION WITHOUT RECIRCULATING ENGINE EXHAUST GASES AND WITHOUT USING THE CARBURETTOR||WO||19.05.2016|
||PCT/PE2015/000023||UNIVERSIDAD DE INGENIERÍA Y TECNOLOGÍA ||LLOSA DEMARTINI, Melchor Nicolás |
The invention relates to a modification to the Pantone engine for operation without recirculating engine exhaust gases and without using the carburettor. The invention has been designed to solve the problems of gas saturation during engine acceleration. By modifying the exhaust gas circuit, the use of exhaust gases is eliminated and it is ambient air that enters the circuit, thereby resolving the current issue. The proposed invention represents an improvement to the prior art, since the invention varies the form of the fuel intake, varies the exhaust gas emission circuit, eliminates the carburettor from the system, and installs air intake tubing in the fuel tank.
WO/2016/072869 CONTAINER FOR TABLES, WITH SERVIETTE HOLDERS AND REMOVABLE COVER||WO||12.05.2016|
||PCT/PE2015/000018||VICTORIO LIMA, Ernesto ||VICTORIO LIMA, Ernesto |
The invention relates to a container for tables, which has serviette holders and a removable cover. The container consists of a solid body or structure in the shape of a small, straight-sided rectangular box which has the approximate height of a conventional toothbrush stood vertically and which comprises two couplings secured to the exterior bottom part of the longest sides, the couplings functioning as serviette holders. A removable cover with an opening in the upper central part can optionally be added to said solid body or structure, the cover additionally having at least two notches in the manner of semicircles for holding cigarettes. The present invention enables all types of objects and items to be stored in the inner compartment thereof. The invention performs this function, contributing to cleanliness and order on the table at meal times.
WO/2016/068728 METHOD FOR OBTAINING A DISPERSION OF OXIDISED OR CHLORINATED POLYOLEFINS, CHLORINATED RUBBERS AND/OR POLYMERS OF POLYVINYL ACETATE (EVA) TO BE USED IN FORMULAS FOR ADHESIVES AND ADHESION PROMOTERS, AND RESULTING DISPERSIONS||WO||06.05.2016|
||PCT/PE2015/000016||MARRONE, Ignacio ||MARRONE, Ignacio |
The invention relates to a method for producing a dispersion obtained from a chlorinated rubber, chlorinated or oxidised polyolefins and/or poly ethyl vinyl acetate (EVA) which can be incorporated into formulas for adhesives and into formulas for adhesion promoters for different types of substrates. The method is characterised in that it is simple and does not use volatile organic solvents, making it environmentally friendly. The resulting dispersions are versatile and, consequently, suitable for use in different types of industries.
WO/2016/068727 2X2 HYBRID MOTORISED BICYCLE||WO||06.05.2016|
||PCT/PE2014/000016||IBAÑEZ VIGNOLO, Carlos Alberto ||IBAÑEZ VIGNOLO, Carlos Alberto |
The invention relates to one-, two-, three-, four- or multi-wheel bikes, comprising a 2X2 hybrid motorised bicycle including a motor or engine for rotating each wheel interdependently. Same- or different-type motors/engines can be used, i.e.: a) a combustion heat engine (2), or b) an electric motor (1), said bike optionally comprising a dynamo (6) for recharging the battery (4). The electric motor uses a known sound-emitting device in order to alert people to the presence of the vehicle and prevent accidents, including traffic accidents, when silent motors, such as electric motors, are being used. The bicycle can also use one or more solar cell panels.
WO/2016/068729 TURBOMACHINE FOR ENERGY CONVERSION||WO||06.05.2016|
||PCT/PE2015/000017||GONZALEZ TORO, Eduardo Eugenio ||GONZALEZ TORO, Eduardo Eugenio |
The invention relates to a turbomachine for energy conversion, directly harnessing the current of a river or a channeled flow of water, without requiring any alterations to be made thereto, said turbomachine being introduced partially into the river bed and using a set of specially designed wheels to transfer the kinetic energy from the river, or channeled water flow, to the machine, the energy being concentrated on the main shaft. The energy of the main shaft of the turbomachine can be modified, increasing or reducing the angular velocity of the main shaft as required. It is possible to harness this modified energy in order to operate conventional devices such as, inter alia, DC or AC electrical generators, hydraulic oil pumps, and water pumps. In this way, energy from the natural or artificial river bed can be converted into useful energy according to requirements. The turbomachine supplies water to an elevated reservoir which is in turn connected to a gravity-based water distribution system for supplying water to surrounding areas.
WO/2016/068731 DETACHABLE PORTABLE SINK||WO||06.05.2016|
||PCT/PE2015/000020||QUILLAS QUISPE, Oscar Alfredo ||QUILLAS QUISPE, Oscar Alfredo |
The invention relates to a detachable portable sink comprising a first platform (A) that is fitted to a second platform (B) by means of screwing. According to the invention, in addition to normal sink accessories, the sink of the invention also comprises a folding leg (17) and the length of the leg matches the height to which a second door (13) belonging to the second platform (B) can be raised. The wheels (2) are equipped with locks so that they can be secured and prevented from moving, and the water tank (1) provided in the first platform (A) includes a cap type threaded opening facilitating the ingress of air, without the formation of bubbles upon opening the tap.
WO/2016/068732 STACKABLE CAGE SYSTEM WITH DRAINAGE FOR SOLIDS AND LIQUIDS||WO||06.05.2016|
||PCT/PE2015/000022||QUIROGA CORDOBA, Víctor Hugo ||QUIROGA CORDOBA, Víctor Hugo |
The present invention relates to a system that allows the stacking of two or more cages. Claimed is a system for cleaning the solid and liquid excrement of guinea pigs. This cleaning system is a module designed for the installation of three floors which can be removed to facilitate cleaning. Also claimed is a system in which a cage is designed without a floor or ceiling, allowing the coupling of the cleaning system to the cage. The three floors that are installed in the cleaning module work as follows: one floor comprises holes that allow solid and liquid excrement to fall to a second floor in the structure, which is located centimetres below; the second floor comprises holes that trap the solid excrement and allow only liquid excrement to pass through to a third floor, which is located centimetres below; the third floor is in the form of a tray in which the liquid excrement is deposited, this third floor having a lateral inclination from zero to two centimetres that allows the liquid excrement to drain to the exterior by means of a hose connected to the lower external part of the third floor.