WO/2015/009174 OXIDATION OF MESO-ZEAXANTHIN||WO||22.01.2015|
||PCT/PE2013/000007||QUIMTIA S.A.||TORRES CARDONA, Mario David|
The invention relates to an oxidation process for producing astaxanthin from meso-zeaxanthin using o-iodoxybenzoic acid as an oxidant.
WO/2015/009175 PSP WIND-POWERED GENERATOR COMPRISING BLADES AT DIHEDRAL ANGLES||WO||22.01.2015|
||PCT/PE2014/000010||SAAVEDRA PACHECO, Pedro||SAAVEDRA PACHECO, Pedro|
The invention relates to a wind-powered generator comprising blades at dihedral angles (PSP), characterised by an aerodynamic, semi-flat blade having, on one if its sides, a bent section measuring approximately a quarter of the total width of the blade and forming a dihedral angle of less than 30°, the interior space of which captures the kinetic power of the wind impacting on the blade, thereby generating a powerful rotary movement in that direction. The blades form a diametrical set of two blades generating a strong and effective rotary movement at a 90° angle to the linear movement of the wind. The invention can be used to create: a generator comprising one single set of two blades; a generator comprising two sets of blades moving in one direction and generating an aggregate output; and/or a generator comprising two sets of blades rotating in opposite directions that generate twice the output of a set of blades rotating in one direction, with one single fixed and mobile structure, one single generator and one single wind mass.
WO/2014/185793 METHOD FOR OBTAINING BISPHENOL-A FROM POLYCARBONATE WASTE USING MICROWAVE RADIATION||WO||20.11.2014|
||PCT/PE2013/000004||PONTIFICIA UNIVERSIDAD CATOLICA DEL PERU||NAKAMATSU KUNIYOSHI, Javier|
The invention consists of a method for obtaining bisphenol-A from the decomposition of polycarbonate waste produced with bisphenol-A, which makes use of microwave technology in order to heat the reaction. The method consists in preparing an alkaline solution in an alcoholic medium comprising metal hydroxide in an alcohol, in which the hydroxide can be sodium or potassium hydroxide and the alcohol is methanol, and in which the solution is mixed with the polycarbonate waste containing bisphenol-A and placed in a reactor, reacting and agitating same in a device provided with a microwave radiation generator for chemical reactions, maintaining the temperature between 90 and 150°C, for between 3 and 10 minutes, preferably between 5 and 7 minutes, in order to break down the polycarbonate and obtain the bisphenol-A.
WO/2014/168494 METHOD AND DEVICE FOR PROCESSING FISH MEAL FOR DIRECT HUMAN CONSUMPTION||WO||16.10.2014|
||PCT/PE2014/000002||MANDRIOTTI CASTRO, Giovanni Néstor||MANDRIOTTI CASTRO, Giovanni Néstor|
The invention relates to a method for producing fish meal for direct human consumption that requires an integral processor device comprising a horizontal cylindrical stator having a steam jacket and containing a rotor formed by a central tubular shaft through which steam enters, said rotor being divided into two heating zones, namely a first cooking zone and a second dehydration zone. The cooking, flavouring and dehydration process is partially controlled using the steam pressure in the rotor and using a gate valve in the product-discharge chamber. The operation is easy and allows the evaporation capacity and the percentage of water in the product to be adjusted within the required limits. The device also comprises a gearbox and an electric motor. The flavouring process is performed during the fish meal production process and the ingredients are introduced into the device through metering units located on the upper part of same. The flavouring agents used are natural and provide the fish meal with a flavour that is appealing to the human palate and easy to digest.
WO/2014/158036 DEVICE FOR INCREASING THE MECHANICAL ENERGY SUPPLIED BY A MOTOR||WO||02.10.2014|
||PCT/PE2013/000002||SIXTO RAMOS GRANADOS S.A.C.||RAMOS SOLANO, Fernando Sixto|
The invention relates to a device for increasing the mechanical energy supplied by a motor, comprising a main shaft connected transversely to the supporting structures by means of two journal bearings. In addition, an intermediate structure is provided between the two supporting structures and said intermediate structure is also connected to the main shaft by means of a journal bearing. Discs are provided on the shaft in the space between each of the structures, said discs acting as flywheels. The main shaft passes through the journal bearing of the intermediate structure with a particular movement in relation to the centre of the bearing of same, since the journal bearing contains a shaft comprising an eccentric hole through which the main shaft passes. Finally, in the lower part of the intermediate structure, below the corresponding journal bearing, an arrangement is connected, formed by a ball joint, a sliding shaft, action-reaction elements, and the respective securing and/or supporting elements thereof. The device overcomes the shortcomings of the prior art regarding loss of efficiency owing to the interaction of the components, the risk of damage to said components, the noise produced, the vibration of some of the components, the size of the device itself, and the cost associated with its use.
WO/2014/116124 METHOD FOR CONVERTING RESIDUAL BIOMASS INTO BIOBRIQUETTES AND BIOBRIQUETTE PRODUCED BY MEANS OF SAID METHOD||WO||31.07.2014|
||PCT/PE2013/000008||PONTIFICIA UNIVERSIDAD CATOLICA DEL PERU||ASSUREIRA ESPINOZA, Estela de la Gracia|
The invention relates to a method for producing a biobriquette from residual biomass of agricultural, agroindustrial and forest origin, and to a biobriquette produced by means of said method. Said method basically consists in: taking a representative sample and performing the physicochemical characterisation thereof, performing a first conditioning operation, performing a second conditioning operation, performing a grinding operation and a final screening operation, agglomerating the conditioned biomass, performing the pressing operation and finally curing the previously pressed biobriquette. The second conditioning consists of a roasting step and is carried out in a rotary reactor with a horizontal axis, in a non-pressurised environment, which lets in a small amount of air and does not require any external agent to inert the atmosphere wherein the process is carried out. The heating speed, the heating temperature and the period of residence at said latter temperature will depend on the type of residue and on other variables, the preferred values being: a heating speed of 20°C/min, a temperature of 270°C, and a period of residence of 40 minutes.
WO/2014/104899 HEIGHT-ADJUSTABLE SECURITY SYSTEM FOR PEDESTRIAN DOORS||WO||03.07.2014|
||PCT/PE2014/000001||OSTAICOECHEA GONZÁLES, José Ramón||OSTAICOECHEA GONZÁLES, José Ramón|
The invention relates to a secure lock system including: a hinged bar connected at one end such that the hinge allows the bar to rotate in two planes; and a closure mechanism connected to the door frame with a support for the bar, used to lock the door at the end opposite that of the hinge of the bar, and including a key mechanism for securing the bar and trapping same inside the U-shaped support. The security system includes a height-adjustable extension bar covered with protective plastic. The system is intended for pedestrian doors and operates in a manner similar to a panic bar in that the security bar can be detached from the inside quickly and without using the key. In addition, the system comprises a security information plaque indicating that the bar is detached by pushing upwards, as well as including information in Braille, which, together with the option of adjusting the extension bar and the advantage of delaying the transfer of heat from the metal bar for example in the event of a fire, creates an innovative system that offers a series of advantages.
WO/2014/104898 FORMATION OF SEMI-PERMEABLE POROUS ARTIFICIAL SCAB||WO||03.07.2014|
||PCT/PE2013/000010||VEGA VILLAVICENCIO, Parsival||VEGA VILLAVICENCIO, Parsival|
Self-fixing semi-permeable porous artificial scab designed for protecting eroded or damaged surfaces. The invention applies to any living entity (including plants). The polymerized web of the scab is formed upon application to the damaged surface by a reaction catalysed by the action of enzymes released by the lysed cells. The growth of new, normal cells that can breathe freely without drying out is promoted under this protective surface. The loss of water, proteins and electrolytes is avoided, protection against infections is afforded and the use of gauzes or dressings that damage new skin when removed is replaced. The red aqueous mixture applied by brushing or spraying, which has thixotropic characteristics, was obtained by the physicochemical interaction in the container of the following compounds: azosulfamide of between 1 and 5g% + gentian violet of between 0.004 and 0.007 g% + dexamethasone of between 0.001 and 0.003 g% + panthenol of between 0.5 and 2g% + gentamicin of between 0.03 and 0.06g%.
WO/2014/081319 MULTI-USE APPARATUS FOR FACILITATING WASHING AND IMPROVING HYGIENE WHEN WASHING FEEDING BOTTLES AND OTHER ITEMS USED FOR BABIES AND/OR SMALL CHILDREN||WO||30.05.2014|
||PCT/PE2012/000011||DORDAN SEGHELMEBLE, Lorena||DORDAN SEGHELMEBLE, Lorena|
The invention relates to a multi-use apparatus that organises, combines, facilitates, adapts, connects and improves the cleaning during the entire washing process in a system associated with all of the steps and all of the tools of the cleaning cycle for feeding bottles and/or utensils used for small children. Said apparatus facilitates a tidy kitchen by receiving and organising the feeding bottles or dirty utensils until the last drying point. It prevents contact with bacteria in a utility room, a dishwasher, a microwave and kitchen appliances. It also accelerates and facilitates the washing of accessories for babies with the help of brushes and plastic bases (BPA-free) essential for cleaning utensils. The infrastructure of the three compartments (cf. fig. 11), and the location and maneuverability of the brushes allow a better washing experience in terms of hygiene and fast and efficient cleaning of items used for babies and/or small children.
WO/2014/077710 LAPTOP WITH ABDOMINAL SUPPORT||WO||22.05.2014|
||PCT/PE2012/000010||RAMAL CALDERON, Herson Iván||RAMAL CALDERON, Herson Iván|
The invention relates to a laptop with abdominal support, which significantly improves the portability of conventional laptops and provides the laptop user with the best features of both mobile devices and desktop computers. The design of the keyboard, its strategic positioning in the abdominal region and the support that is suitable for two types of display, namely a digital monitor (touch screen) or digital glasses, all allow the user to type using ten fingers, to read books and to browse the internet while s/he is standing, lying or sitting, in a safe and comfortable manner.