||WO||WO/2014/197951 - EXPRESSION CARTRIDGE FOR INDUCING RESISTANCE TO MULTIPLE NEMATOID SPECIES IN PLANTS, METHOD AND PLANTS USING SAID EXPRESSION CARTRIDGE||18.12.2014||
||PCT/BR2013/000203||EMPRESA BRASILEIRA DE PESQUISA AGROPECUÁRIA - EMBRAPA||GROSSI DE SÁ, Maria Fátima|
The present invention provides expression cartridges for plants, capable of silencing genes of multiple nematoid species that feed on said plants, thus imparting resistance to said nematoid species. More specifically, the expression cartridges according to the present invention can express dsRNA molecules in tissues that are the target of nematoid infestation. Also provided are vectors comprising said expression cartridge, methods for producing a plant that is resistant to multiple nematoid species, and also methods for controlling nematoids in a plantation, plants that are resistant to multiple nematoid species, seed of these plants and products produced from material extracted from said plants.
||WO||WO/2014/197952 - GRAVITATIONAL MOTOR||18.12.2014||
||PCT/BR2013/000487||MILANEZ, Raul||MILANEZ, Raul|
The present patent application aims at providing a motor powered by the force of gravity for rotating a shaft. The gravitational motor (1) uses water (as a mass) in order to apply pressure to air confined in the container (6) and to transfer water contained in the chamber provided in said container to the tank (2). Water will always flow towards the air-filled chamber, owing exclusively to the operation of the directional valve (3).
||WO||WO/2014/197953 - SPECIFICATION OF THE PATENT FOR INVENTION FOR "FORMULATION FOR SOLIDIFICATION OF LIQUID AND SEMI-SOLID WASTE, USE OF THE FORMULATION AND PRODUCT"||18.12.2014||
||PCT/BR2013/000594||Gerais Tecnologia e Soluções Ltda||MENDES PEREIRA, Sandro|
The present invention relates to a formulation for solidification of liquid and semi-solid waste, comprising a mixture containing a milled and sieved meta-morphic rock, at least one polyacrylate, a plant fiber and a high molecular weight polymer and has several applications, e.g., in the solidification of industrial, commercial, hospital and household waste, solidification of leachate, solidification and agglutination of diesel fuel, BPF oil and oils derived from oil hydrocarbons, to avoid dust, to retain body fluids in coffins, to retain body fluids in stretchers, hospital beds and wheelchairs, tamponage etc. The present formulation consists of a white, eco-friendly, nontoxic, innocuous, biodegradable and inert powder, which does not damage the soil and the environment.
||WO||WO/2014/197954 - METHOD FOR PREPARING A COMPOSITE MATERIAL, AND COMPOSITE MATERIAL PRODUCED FROM WASTE MDF AND/OR MDP STRUCTURED IN A PVC MATRIX||18.12.2014||
||PCT/BR2014/000005||DUVINIL COMPONENTES PARA CALÇADOS LTDA.||TREIN, Fabiano, André|
The composite material comprises waste MDF and/or MDP homogenised and distributed in a matrix of PVC resin, waste PVC, and additives. The composite material comprises 30-95% by weight PVC resin and 5-70% by weight waste MDF and/or MDP. The PVC resin has the following composition in percentages by weight: 40.0-98.3% injection-moulding PVC resin, 0.5-37.7% low molecular weight PVC resin or waste PVC, 0.7-6.0% thermal stabiliser, 0.1-1.0% external lubricant, 0.1-1.0% auxiliary processing agent, 0.1-15.0% plasticiser. Alternatively, the PVC resin composition can comprise 0.1-8% by weight expanding agent. The granulometric range of the waste MDF and/or MDP is comprised between 50 and 250 micrometres. The method for preparing the composite material comprises a first step in which a premix of PVC resins and additives is prepared, a second mixing and cooling step, a third step in which the waste MDF and/or MDP are mixed with the premix, and a fourth step in which the thus prepared compound is injection-moulded or extruded to produce the composite product. Optionally, the method can include a fifth step which consists in recycling the defective extruded or injection-moulded products, by feeding them to grinders, and the ground waste is used in the form of a powder during the third step.
||WO||WO/2014/197955 - DISPOSABLE BIOSAFETY CANNULA FOR USE IN TRIPLE ODONTOLOGICAL SYRINGE, AND SPRAYING NOZZLE MOUTHPIECE FOR HUMAN OR VETERINARY DENTAL PROFILAXY||18.12.2014||
||PCT/BR2014/000119||SANTOS E ALMEIDA, Fátima Isabel||SANTOS E ALMEIDA, Fátima Isabel|
The invention comprises an odontological biosafety cannula that aims at preventing cross-contamination, with dynamic properties for the practitioner and preventive properties for operators and service users. The cannula is formed in a single body (1) by a tip (2), an anti-slip zone (3) and a cover (4).
||WO||WO/2014/197958 - WEAPON IDENTIFYING AND MONITORING DEVICE FOR RISK AREAS||18.12.2014||
||PCT/BR2014/000191||AGNALDO JONAS, Junior||AGNALDO JONAS, Junior|
The present invention relates to a chip (20) which is incorporated into a weapon during manufacture in order to allow the weapon to be identified when it is introduced into areas designated as risk areas (11), actuating the managing system (GESTOR) (1), with the aim of preventing the access of persons carrying firearms, actuating a video monitoring system, a gunfire sensor, contacting central police stations, private security or others, with shielded doors, casement windows and windows, in order to protect against direct contact with probable target persons.
||WO||WO/2014/197960 - HEAT EXCHANGER FOR VEHICLE||18.12.2014||
||PCT/BR2014/000194||VALEO SISTEMAS AUTOMOTIVOS LTDA||MAZZONI, Armando|
A heat exchanger (10) for vehicle which comprises: a first header (14) and a second header (16), the first header (14) being connected to a hot fluid inlet (18) and to a cold fluid outlet (20), so that the first header (14) comprises a hot region (24) and a cold region (26), separated by a wall (28), a plurality of tubes (22, 29, 30, 31), each tube providing fluid communication between the first (14) and second (16) headers, including one tube (31) located next to the wall (28) in the hot region (24) of the first header (14), being called "hot end tube" (31), and one tube located next to the wall in the cold region of the first header, being called "cold end tube" (32). The heat exchanger (10) comprises a flow reducer (36) for reducing the fluid flow in the hot end tube (31) compared to the fluid flow in other tubes (29, 30) located in the hot region (24).
||WO||WO/2014/197957 - METHOD FOR PRODUCING AN EXPANSIBLE ENDOPROSTHESIS STRUCTURE FOR THE TREATMENT OF VASCULAR DISEASES, AND RESULTING IMPROVED ENDOPROSTHESIS STRUCTURE||18.12.2014||
||PCT/BR2014/000190||INSIDE MEDICAL INDÚSTRIA E COMÉRCIO DE PRODUTOS MÉDICOS HOSPITALARES LTDA - ME||NOGUEIRA, Ana Paula Gomes|
The invention relates to a method for producing an expansible endoprosthesis structure for the treatment of vascular diseases, and to the resulting improved endoprosthesis structure, and represents an inventive solution in the medical field, being particularly useful for the treatment of vascular diseases, especially specific pathologies such as aneurysms and aorta dissections, differing from other solutions in expansible endoprosthesis structures (A), (B), (C) or (D) in that it is designed as a mesh composed of a plurality of sections (s1), ..., (Sn-1), (Sn), which, once closed, forming vertices (v1), (v2), (v3), ... (Vn-1), (Vn) and then circles, exhibit complete freedom of movement between the interlocking vertices around the entire circumference of the plurality of connections (v) defined by the interlocking vertices (v1), (v2), (v3), ..., (vn) between adjacent sections (Sn-1) and (Sn). Moreover, this structure has outstanding fatigue resistance and as a result a long service life, since each section (Sn) is formed by a single thread (1a) which can be optionally interlaced (1a), the structure being bound-off (f) using the end portions (1b) and (1c) of the single thread (1a).
||WO||WO/2014/197956 - THERMOPLASTIC TILE PANEL FOR LINING BUILDINGS||18.12.2014||
||PCT/BR2014/000177||PLASLATINA INDÚSTRIA PLÁSTICA LTDA-ME||SORANO, Rafael Gonçalves de Souza|
The present patent application relates to thermoplastic tile panels used for lining buildings, and composed of injection-moulded thermoplastic material, with spaces between the tiles, the sides of the panel being provided with engagement recesses and projections. These panels have particular environmentally friendly features for covering surfaces.
||WO||WO/2014/197959 - CLOSURE DEVICE FOR CANS||18.12.2014||
||PCT/BR2014/000193||BRASILATA S/A EMBALAGENS METÁLICAS||ÀLVARES, Antonio Carlos Teixeira|
A can (10) presents an opening (A) provided in an upper wall (1) and defining a retaining seat (13). The device comprises: a sealing seat (20) locked in the retaining seat (13) and provided with an inner locking thread (24a) and with a stop means (25); a pouring spout (30) having an upper end (33) externally provided with a closing thread (33a) and with a retaining means (34) and being displaced between an inoperative position, with the retaining means (34) seated on the stop means (25), and an operative position, with the upper end (33) projecting outwardly from the can (10), and with the lower end (32) locked in the stop means (25); and a lid (40) having an inner cylindrical surface (43), provided with an inner thread (43a), to be engaged with the closing thread (33a) of the pouring spout (30); and an outer cylindrical surface (44) provided with an outer thread (44a), to be engaged with the locking thread (24a) of the sealing seat (20).