Fecha de publicación
Nº de solicitud
|1.||WO||WO/2013/177634 - IMPROVEMENT TO PACKAGING SHEET FOR EDIBLE PRODUCTS AND METHOD FOR MANUFACTURING THE SAME||05.12.2013||
|PCT/BR2012/000170||ARCOR DO BRASIL LTDA||GAMBARINI, Hector Ernesto|
The packaging sheet comprises a flexible sheet (1) closed in a hybrid manner (6) that combines cold-adhesive glue spots (cold seal) (7) in the transverse direction and ultrasonic welding seams (8) in the longitudinal direction, in such a manner that the latter, together with the former, after the twisting step (11), can provide complementary means for further strengthening package inviolability barriers and increasing sealing efficiency. The sheet further comprises a weakened line (12) that forms easy-to-open means that make it easier to open the wrap, and further means aimed at making it possible to use the packaging as a holder when consuming the product, leaving a cup-shaped part of the wrap in the hands of the consumer.
|2.||WO||WO/2013/177635 - WALL-PERFORATING ARRANGEMENT||05.12.2013||
|PCT/BR2012/000254||LUJAN JARDIM ALVES, Roberto||LUJAN JARDIM ALVES, Roberto|
The present subject matter relates to a new device for perforating walls made from various types of material, e.g. plaster, cellular cement, concrete, and the like. The device has a supporting component in the form of a solid geometrical body, with a central cavity, a suitable structure for absorbing impacts and having a non-slip capacity, and capable of being produced in various types of material, such as: PVC, plastics, wood, acrylic, inter alia. A hollow cylindrical guide component provided with lateral fixing wings is positioned in the cavity of the supporting component and a rod with a pointed end passes through the central opening in the guide component and perforates the wall when hit with the force of a hammer, struck at the other end thereof, which is provided with a "cup"-type top provided with an upper cavity with walls with a female thread for being threaded onto the upper end of the rod.
|3.||WO||WO/2013/177636 - HIGH-PERFORMANCE AUTOMATIC MACHINE FOR PREPARING COCKTAILS||05.12.2013||
|PCT/BR2012/000255||ROCHA LESSA, Fernando, Régis||ROCHA LESSA, Fernando, Régis|
The invention comprises a cabinet (1) provided with an access door (2), having, in the upper part of the cabinet, a control panel (3) providing the interface between user and central processing unit, below which is provided a plate (4) and from which projects, at the bottom, from the centre thereof, a nozzle (5) for ejecting the ingredient, provision further being made for there to be a pressurizing gas cylinder (6) connected to the precision pressure regulating valve (7) which further supplies the end-of-travel valve (8), coupled to the drawer (9), and actuated by the actuator (8') which pressurizes the bottles (10), when closed, and depressurizes same when open in order to allow safe refilling of the ingredients, there also being a pressure monitor (11) connected downstream of the pressure regulating valve, which provides information on system pressure to the central processing unit (12), each drawer housing a set of bottles, each having a pressurizing gas inlet (13), a collector tube (14) extending to the bottom of the bottle, and through which the ingredient emerges, and a level transducer (15) that provides information on the amount of ingredient in each bottle to the central processing unit; the outlet from each bottle is connected to a solenoid valve (16) controlled by the central processing unit, the actuating time of each solenoid valve, combined with the level sensor reading of each bottle, determining the amount of each ingredient expelled by the ejector nozzle, which, in turn, is connected to the outlet from the solenoid valve.
|4.||WO||WO/2013/177637 - PHOSPHOGYPSUM-BASED ENVIRONMENTALLY FRIENDLY PAINT||05.12.2013||
|PCT/BR2012/000320||ESTEVAM DOMINGOS, Gabriel||ESTEVAM DOMINGOS, Gabriel|
The invention relates to a phosphogypsum-based acrylic paint, pertaining to the field of industrial chemistry; despite phosphogypsum being reused in the production of materials for premoulded construction, owing to the high level of phosphogypsum waste generated, the current market is not capable of reutilizing the substance adequately; with a view to resolving this drawback, the subject matter of the present application was developed, which is constituted by a micronized phosphosypsum-based acrylic paint (CASO4 NH2O), which has the following chemical composition (100% (one hundred per cent) weight per cent), in the following order: 1 - water, 47.850 per cent; 2 - wetting agent, 0.200 per cent; 3 - dispersing agent, 0.400 per cent; 4 - antifoam, 0.100 per cent; 5 - bactericide, 0.200 per cent; 6 - sodium nitrite, 0.030 per cent; 7 - phosphogypsum (from 5 to 10 μm), 40.000 per cent; 8 - mixing substances 1 to 7 for two minutes; 9 - alcalinizing agent, 0.350 per cent; 10 - pigment, 2.500 per cent; 11 - butyl glycol, 0.750 per cent; 12 - white spirit, 1.200 per cent; 13 - dispersion for 20 (twenty) minutes, etc.
|5.||WO||WO/2013/177638 - METHOD FOR OBTAINING A METALLIC COATING FOR A FACADE AND MOUNTING OF THE METALLIC COATING||05.12.2013||
|PCT/BR2012/000446||LOPES, Wagner Antonio||LOPES, Wagner Antonio|
Method for obtaining a metallic coating for a facade and mounting of the metallic coating, particularly a method aimed at enabling a metallic coating (R) to be obtained for use as a metallic (F1) masonry (F2) facade, or similar, which is noteworthy for the features of the uniformity and perfection of the sheet through the adoption of a specific procedure resulting, when the coating is applied to the respective facade, in the enhancement of thermoacoustic effects, and also eliminating a series of other drawbacks inherent in traditional methods for obtaining and applying traditional metallic coatings for facades. The method consists in cutting the components (1); flatness (3); electrostatic or high-definition powder coating process; varnish-application process, in closed cabins; shaping of the sheet: the edge folds are of the "Z" type (12), with 90° angles; EPS filling; mounting; treatment of the seal with a "U" profile section; treatment of the seal with mastic.
|6.||WO||WO/2013/177639 - METHOD AND KIT FOR QUANTIFYING MATERIAL OF BOVINE AND BUBALINE ORIGIN IN PRODUCTS OF ANIMAL ORIGIN||05.12.2013||
|PCT/BR2012/000564||UNIVERSIDADE FEDERAL DE MINAS GERAIS - UFMG||DOS SANTOS ALVES FIGUEIREDO BRASIL, Bruno|
The present invention describes a method and kit for quantifying material of bovine and bubaline origin in milk or meat products and other products of animal origin, using a group of specific primers and probe. In order to quantify DNA, the TaqMan real-time PCR system is used as the standard, but the method is also suitable for the SYBR Green PCR system. The present invention further describes a new method for standardising the total quantity of DNA present in a given sample, and plotting calibration curves according to the type of material under analysis.
|7.||WO||WO/2013/177640 - COLPOMETER - DEVICE FOR MEASURING THE DIAMETER OF THE FUNDUS VAGINALIS||05.12.2013||
|PCT/BR2013/000161||BERGER EINAR, Arthur||BERGER EINAR, Arthur|
Colpometer - device for measuring the diameter of the fundus vaginalis is an instrument for medical use that does not exist on the market and is produced from AISI 420 stainless steel for reuse after autoclave sterilization or produced from polyethylene polymer for disposable use. It is characterized in that it allows measurement of the diameter of the vaginal fornix to enable the medical professional to ascertain said measurement and thus to select the size of intravaginal component to be used. It has a curved rod with a graduated scale in centimetres that is capable of measuring the distance between the distal ends of the instrument when open. The distance between the open distal ends inside the fundus vaginalis allows verification, using the centimetre scale, of the diameter of the fundus vaginalis. The ovoid distal end thereof allows insertion into the vagina without the risk of unexpected lesions occurring. It provides the appropriate dimensions of the vaginal fornix (Fig. 3-a) up to a maximum of 13 centimetres.
|8.||WO||WO/2013/177641 - USE OF KETAL AS A SOLVENT IN ADHESIVES AND KETAL-CONTAINING ADHESIVE COMPOSITION||05.12.2013||
|PCT/BR2013/000166||OXITENO S.A. INDUSTRIA E COMERCIO||ROSA, Fábio|
The present invention relates to the use of a cyclic ketal, 2-methyl-2-ethyl-1,3-dioxolane, as a solvent in adhesives, and to an adhesive composition containing said ketal. The ketal 2-methyl-2-ethyl-1,3-dioxolane exhibits a high solubilising power for the polymer polychloroprene, forming solutions with high viscosity and suitable drying time after application as a film to a surface. Due to its satisfactory technical performance, the adhesive composition with the formulation according to the invention has good market acceptance and can be used instead of compositions containing toluene or other aromatic and oxygenated solvents.
|9.||WO||WO/2013/177642 - METHOD FOR PRODUCING SOLID, MICROPARTICULATE RUBBER, AND THUS OBTAINED PRODUCT||05.12.2013||
|PCT/BR2013/000183||INSTITUTO DE PESQUISAS TECNOLÓGICAS DO ESTADO DE SÃO PAULO||MARIM DE OLIVEIRA, Adriano|
The invention relates to a method for producing solid, microparticulate rubber from colloidal dispersions thereof, the method having two different processing steps. The first step is a chemical latex modification step by an emulsion polymerization reaction in which ethylenic monomers of the acrylate and styrene type, inter alia, are copolymerized together with latex co-stabilized with colloidal oxide nanoparticles, and the other step is a step in which the chemically modified latex is spray dried, for example. The invention also relates to the product obtained by this method.
|10.||WO||WO/2013/177643 - MODULAR ELECTRICAL ENCLOSURE||05.12.2013||
|PCT/BR2013/000187||TMSA - TECNOLOGIA EM MOVIMENTACAO S.A.||INGO HEINZ, Stahlhöfer Bergmann|
The present invention relates to a modular electrical enclosure comprising at least two modules, each module having at least one joining side without walls, and the modules being joined at the respective joining sides. In a configuration suitable for hoisting, each module is provided with hoisting points located on the outer beams of the covering structure. For at least one hoisting point located in a joining side, between the outer vertical beams, at least one removable intermediate beam is provided; the lower end of the removable intermediate beam is attached to an outer beam of the main structure, and the upper end of the removable intermediate beam is attached to an outer beam of the covering structure. In the finished assembled configuration, none of the joining sides is provided with removable intermediate beams. According to the invention, when the modules are manufactured, the removable intermediate beams are attached to the structure of the modules. These removable intermediate beams fulfill a structural function, allowing the modules to be hoisted for being moved and transported. Once the modules have been transported to the working site and assembled, forming the final assembled configuration of the modular electrical enclosure, the removable intermediate beams are removed. Thus, the common inside region of the modular electrical enclosure is completely free of inner pillars.