||WO||WO/2015/012675 - VERTICAL HANGING UNIT IN THE FORM OF BAGS FOR THE HYDROPONIC CULTIVATION OF PLANTS, AND A PANEL OF VERTICAL HANGING UNITS IN THE FORM OF BAGS FOR HYDROPONIC CULTIVATION||29.01.2015||
||PCT/MX2013/000093||MARTINEZ RUANOVA, Luis Héctor Alberto||MARTINEZ RUANOVA, Luis Héctor Alberto|
The invention relates to a modular structure of a vertical hanging unit in the form of bags made of geotextile felt for the hydroponic cultivation of plants or vegetation, consisting of a vertical panel with a plurality of hanging units in the form of bags made of geotextile felt for hydroponic cultivation, and to the method for the construction thereof. The aim of the invention is to provide a type of vertical panel which is completely different from those that currently exist on the market, as a result of a novel internal design, the main characteristic of which is that it combines the advantages of various vertical panels that already exist on the market, but with less components and more benefits.
||WO||WO/2015/012676 - METHOD AND EQUIPMENT FOR PRODUCING HYDROCARBONS BY CATALYTIC DECOMPOSITION OF PLASTIC WASTE PRODUCTS IN A SINGLE STEP||29.01.2015||
||PCT/MX2013/000095||NEWPEK S.A. DE C.V.||NOREÑA FRANCO, Luis|
The invention relates to a method for producing hydrocarbons by catalytic decomposition of plastic waste products in a single step, said method comprising: subjecting the plastic waste material to a thermal pre-treatment in order to produce a liquid plastic mass, wherein the thermal pre-treatment of the plastic material is carried out in an inert gas atmosphere at a temperature that varies between 110°C and 310°C; simultaneously feeding the liquid plastic mass to a reaction apparatus; bringing the plastic mass into contact with a bed of particles of inorganic porous material contained inside the reaction apparatus at a temperature of between 300° and 600°C; inducing thermocatalytic decomposition reactions at a temperature of between 300 and 600° C in order to generate a mixture of hydrocarbons in a vapour phase; and separating the hydrocarbons from the vapour phase current generated inside the reaction means in order to produce a liquid mixture of hydrocarbons. The invention also relates to equipment for producing hydrocarbons by catalytic decomposition of plastic waste products in a single step, comprising: apparatus for thermally treating the plastic waste material in order to produce a liquid plastic mass; apparatus for carrying out the catalytic decomposition of the liquid plastic mass and producing a mixture of hydrocarbons in a vapour phase; and apparatus for separating the hydrocarbons with between 5 and 44 carbon atoms from the vapour phase current generated inside the apparatus which carries out the catalytic decomposition in order to produce a liquid mixture of hydrocarbons.
||WO||WO/2015/012677 - ROTARY INTERNAL COMBUSTION ENGINE||29.01.2015||
||PCT/MX2014/000099||BRICIO ARZUBIDE, Alvaro Fabián||BRICIO ARZUBIDE, Alvaro Fabián|
The invention relates to a rotary internal combustion engine containing rotors (6, 7) comprising circular tracks and at least one fixed central disk (1,2,3), where radial valve elements move (9,10) with an axial movement as they follow the profile of the circular tracks, said circular tracks having a cam profile (37) and being designed such that the admission-compression is carried out on the side of one of the rotors (6) and the combustion-exhaust on the side of the other (7), the compressed air transfer being performed via the radial valve elements (9,10). In an alternative embodiment, it can act as a compressor.
||WO||WO/2015/009134 - SYSTEM FOR GENERATING ELECTRICAL ENERGY, BASED ON AN ARTIFICIAL REEF||22.01.2015||
||PCT/MX2013/000090||ZALDÍVAR VELÁZQUES, Carlos Eduardo||ZALDÍVAR VELÁZQUES, Carlos Eduardo|
Pure wave energy or energy converted into kinetic energy in the form of a wave on the coast is received by an artificial reef which has a ramp, on the upper part thereof, suitably designed to raise the maximum volume of sea water to the maximum possible height, depositing it in the channel of the reef as potential energy or altitude energy, and flows through a horizontal channel to land area. Once it arrives at the weir, it falls on the rotor of a generator, producing electricity which is sent to the distribution network. The sea water returns in the form of a river and/or filters through the marine farm, providing said farm with calm, oxygenated water which is safe to be used as a hatchery for breeding sea species.
||WO||WO/2015/009136 - FARM IMPLEMENT FOR ADDING ORGANIC FERTILISER OR COMPOST SUBTERRANEOUSLY TO CULTIVATED LAND||22.01.2015||
||PCT/MX2014/000106||NAVARRO VELASCO, Rubén||NAVARRO VELASCO, Rubén|
The invention relates to a farm implement for adding organic fertiliser or compost subterraneously to cultivated land. The implement is characterised in that it comprises a chassis that defines three coupling points between the implement and the tractor or towing vehicle and is adapted for the joint mounting of at least one or more lower subsoilers separated from one another and aligned transversely and one or more hoppers for metering organic fertiliser or compost, said hoppers being secured to the upper part of the chassis. According to the invention, the hoppers comprise mechanisms for metering the organic fertiliser in order to discharge same through a lower outlet to which a pipe is connected that is secured to a guide structure for discharging and metering the organic fertiliser. In addition, each subsoiler is placed in front of, and below each hopper for metering the organic fertiliser or compost in order to open up the soil and generate a furrow or groove in which the organic fertiliser is deposited subterraneously. The chassis also comprises a lateral arrangement on which side wheels are mounted independent of the tractor or towing vehicle.
||WO||WO/2015/009135 - FARM IMPLEMENT FOR SOWING AND DECOMPACTING THE SOIL IN ONE PROCESS||22.01.2015||
||PCT/MX2014/000105||NAVARRO VELASCO, Rubén||NAVARRO VELASCO, Rubén|
The invention relates to a farm implement for sowing and decompacting the soil in one single process, characterised by comprising a chassis having a transverse bar with arms in the front portion defining three points at which the implement is coupled to the tractor or the towing vehicle. According to the invention, a base structure is secured to the rear part of the transverse bar with at least one pair of angled and pivoting arms, such that the structure projects rearwards. In addition, one or more seed containers are secured to the structure, the bottom of said containers being equipped internally with a versatile mechanism for metering and depositing the seeds in a conduit connected to a guiding structure for depositing the seeds in the soil. The implement is also characterised by comprising: at least one or a plurality of subsoilers separated from one another and secured with securing means to the first transverse bar, each subsoiler arranged one in front of each seed container, opening-up and loosening the earth and creating a furrow in which the seeds are deposited; and anchoring elements fixed at both ends of the transverse bar, having means for adjusting the height of vertical arms supporting, on their lower end, respective axles on which a pair of side wheels of the implement are mounted.
||WO||WO/2015/005760 - TEAT HAVING A LOW-PRESSURE VALVE FOR BOTTLES USED IN FEEDING FULL-TERM OR PREMATURE NEW-BORN BABIES||15.01.2015||
||PCT/MX2013/000087||DÍAZ MIRANDA, Juan José||DÍAZ MIRANDA, Juan José|
The invention relates to a teat having a low-pressure valve for bottles used in feeding full-term or premature new-born babies, which includes single-opening valves or any other similar mechanism in the internal portion thereof, on the body or side lip thereof, which communicate with the outside via a tube which has one end in the bottom of the valves and the other located above the attachment ring commonly used to attach the teat to the bottle. Said valve mechanism prevents the formation of negative pressure inside the bottles, allowing air bubbles to enter when a minimum suction of 20 mm of Hg is applied, while also preventing the liquid contained inside same from coming out. The position of the tube guarantees the effectiveness of same, regardless of the torque with which the bottles are closed.
||WO||WO/2015/005759 - IMPROVED SEPTIC TANK HAVING A FLUID FILTERING SYSTEM COMPRISING A GAS EJECTOR AND A DUAL SEDIMENT EXTRACTOR||15.01.2015||
||PCT/MX2013/000082||MUÑOZ CORTES, Martín||MUÑOZ CORTES, Martín|
The present invention describes an improved septic tank having a fluid filtering system comprising a gas ejector and a dual sediment extractor, which consists of: a container (1), which can be in any shape desired by the user (square, rectangular, tubular, etc.) and made of any strong material; at least one threaded opening (3); and in the periphery of the body of the container (1): at least three openings, one fluid intake opening (4), in which a curved through-pipe is coupled (5), and an inner chamber (6) of the container (1); the outlet opening (7) being located in a lower position than the intake opening (4), a fluid outlet through-pipe (8) being inserted therein, said outlet pipe being integrated in the fluid filtering system comprising a gas ejector and dual sediment extractor (9), which consists of a container (10) having a body that can be cylindrical or in any other shape (11).
||WO||WO/2015/005762 - METHOD AND APPARATUS FOR SEQUESTERING HYDROGEN SULPHIDE IN PETROLEUM WELL GAS||15.01.2015||
||PCT/MX2014/000101||GEO ESTRATOS, S.A. DE C.V.||GONZÁLZES DÁVILA, Vicente|
Method and apparatus for sequestering hydrogen sulphide in petroleum well gas, which is characterized by the installation and distribution of equipment that sequesters hydrogen sulphide contained in a gas stream, which is formed by a reactor housing, within, a coil with primary gas diffusers and a coil with secondary gas diffusers. The reactor is connected by means of inlet and outlet lines to a container holding aqueous solution of FeCl3 (ferric chloride), a system for collecting condensates, a burner and a vessel for storing solids, in which, in said lines, there is control of flow, pressure and ppm of H2S, plus pressure transmitters, safety valves, check valves, bypass valves and H2S detectors. The method comprises the steps of placing the hydrogen sulphide-containing gas in contact with the aqueous solution of FeCI3 (ferric chloride), in a reactor, to perform an oxidation reaction. The H2S (hydrogen sulphide), on entering into contact with the solution of FeCl3 (ferric chloride), dissociates into S2- and H+ ions, wherein the S2- ions react with the ferric ions (Fe3+) present in the solution, resulting in the reduction of said ferric ions to give ferrous (Fe2+) ions and precipitation of elemental sulphur. A further feature of the present invention is that the aqueous solution of FeCl3 (ferric chloride) can be regenerated for reuse.
||WO||WO/2015/005761 - SET OF ACCESSORIES WHICH, WHEN ASSEMBLED, TOGETHER FORM MOULDS FOR RECEIVING CONCRETE OR SIMILAR, FOR THE CONSTRUCTION OF CUBES, SUCH AS BEAMS, COLUMNS AND ENCLOSURES, IN CIVIL ENGINEERING||15.01.2015||
||PCT/MX2014/000003||CHAVEZ FLORES, José||CHAVEZ FLORES, José|
The invention relates to parts of pre-determined shape, assembled to form caissons for receiving concrete, required in civil engineering, for tie beams, tie columns or head beams, forming a regular trapezoidal tensioning element, including a screw which, when turned, stretches a securing element, a counter-tensioning element acting as an anchor, T-shaped nails, and spacers, the securing element securing the parts to one another. The process of the invention comprises positioning spacers, such that the central perforations are aligned, providing planks on both sides, fitting upper spacers, the perforations in said upper spacers being aligned with the perforations in the lower spacers, inserting T-nails, parts anchored in the floor to receive the poured concrete, securing a wire and tensioning T-part attaching the counter-tensioning element, said wire having been passed through the central perforations in the corresponding parts, and, upon rotation of the T-part, stretching the wire with the tensioning element, such that the formwork remains fixed. In order to remove the falsework, the T-part turns in the opposite direction, releasing the securing element.