||WO||WO/2014/128313 - DEVICE FOR SUPPORTING AND POSITIONING OCCLUSIVE ELEMENTS||28.08.2014||
||PCT/ES2013/070109||CASTAÑO DUQUE, Carlos||CASTAÑO DUQUE, Carlos|
The invention relates to a device for supporting and positioning occlusive coil or spiral-type elements for the endovascular embolisation of aneurysms, said device comprising an essentially tubular structure (1) in the form of a network or mesh of threads (2) of a surgically appropriate material, said tubular structure (1) having a distal end (3) and a proximal end (4), the distal end (3) corresponding to the end of the tubular structure (1) inserted into the aneurysmal sac (10) and the proximal end (4) corresponding to the part of the tubular structure opposing the aneurysm, where the distal (3) and the proximal (4) ends of the tubular structure (1) are integrally connected with structural continuity via a narrowing or a neck (6), the distal end (3) having a funnel or trumpet (5) shape stretched in relation to the diameter of the tubular structure (1) and deployable towards the inside of the aneurysm.
||WO||WO/2014/128312 - EQUIPMENT FOR CONCRETING AND MOULDING GUTTERS||28.08.2014||
||PCT/ES2013/070100||FERNANDEZ LOPEZ, Gonzalo||FERNANDEZ LOPEZ, Gonzalo|
The invention comprises equipment for concreting and moulding gutters "in situ", and it is constituted by the combination of lateral runners (1), a mould (2) and a closure (4) for a hopper (3) for pouring the concrete over a trench made for that purpose in the ground in order to produce thereover the gutter with the required configuration. The runners (1) have a side (8) and an extendable, rear extension (1') that, by means of the actuation of a hydraulic cylinder (16) makes it possible to increase or to reduce the length of the actual runner (1). Meanwhile, the mould (2) comprises a body (12) and plates with a configuration appropriate to the profile of the gutter (22) to be produced, whilst the closure (4) of the hopper (3) comprises a fixed plate (15) and a movable plate (16), the latter being connected with a hydraulic cylinder (17) that makes it possible to raise and to lower this movable plate (16) for the passage of the concrete poured from the hopper (3). Not only the mould (2) but also the hopper (3) and the closure (4) can be removed in order to allow, through the interchangeability thereof, the production of different gutter configurations.
||WO||WO/2014/128314 - SELF-SUPPORTING STRUCTURAL WALL||28.08.2014||
||PCT/ES2013/070120||MARTÍN CARABIAS, Manuel||MARTÍN CARABIAS, Manuel|
The invention relates to a self-supporting structural wall to be used in pre-fabricated buildings, said wall being entirely produced in the factory wherefrom it leaves ready for assembly on-site such that the main structure is simply fixed to anchoring elements arranged on the cement floor or foundation in order to secure the position thereof. Said wall has a main structure in the form of a portico on the inside of which a sub-structure is arranged, to which an outer safety panel and inner thermal and acoustic insulation are attached. The invention also comprises insulating and sealing means over the entire periphery and has an outer covering and an inner covering. It can be provided with guides for positioning inner partitions, that can be horizontally displaced, providing the building containing same with versatility.
||WO||WO/2014/128315 - CAPSULE FOR PREPARING INFUSIONS||28.08.2014||
||PCT/ES2013/070396||PRODUCTOS SOLUBLES S.A.||REINOSO VELASCO, Javier|
A capsule for preparing infusions comprising [a] first and second capsule (1) parts (2, 4) connected to each other such as to delimit an inner chamber (6) containing an infusion product (8) and [b] a sealing member (10) provided on the outer surface of said capsule (1) and which on the side corresponding to the inner chamber (6) side forms a hollow space (12) delimited between said first and second capsule (1) parts (2,4), [c] said sealing member (10) being deformable such as to provide a watertight seal between a fixed part (100) and a movable part (102) of a machine housing said capsule (1) for preparing said infusión, by causing a pressurized fluid to pass between an injection side (14) and an extraction side (16) of said capsule (l),characterized in that [d] it further comprises separating means (18) between said hollow space (12) and said inner chamber (6) extending in the longitudinal direction (L) of said capsule (1) and being formed such as to prevent the accumulation of said infusión product (8) in said hollow space (12).
||WO||WO/2014/128318 - PROTECTIVE COVER FOR SAFETY BELTS||28.08.2014||
||PCT/ES2014/000024||RUIZ TOMAS, Jose Miguel||RUIZ TOMAS, Jose Miguel|
The invention relates to a protective cover for safety belts, for covering the opening of the female or anchoring part of the assembly when it is in an idle position (that is the two parts of the belt separated) in order to prevent various unwanted objects from entering the female part. The cover is characterised in that it consists of at least one retractable part arranged on the opening of the female or anchoring part of the assembly, said cover being moved by the pressure exerted by the male part, and returning to its protective cover position as a result of the retractable characteristic thereof, when the male part is removed from the anchorage.
||WO||WO/2014/128321 - METHOD FOR THE TREATMENT AND CONTROL OF POST-HARVEST DISEASES IN FRUITS AND VEGETABLES AND COMPOSITIONS COMPRISING NATURAL EXTRACTS AND PLANT-STRENGHTENING AND/OR FUNGICIDAL FORMULATIONS FOR USE IN SAID METHOD||28.08.2014||
||PCT/ES2014/070064||DECCO WORLDWIDE POST-HARVEST HOLDINGS B.V.||GÓMEZ HERNÁNDEZ, Enrique|
The present invention relates to a method for the control and the treatment of post-harvest diseases in fruits and vegetables by means of the simultaneous and combined application of (i) a first formulation, which is aqueous or in the form of an emulsifiable concentrate, which comprises a plant extract and is applied in the form of an aqueous solution, and (ii) a second formulation, in the form of an emulsifiable concentrate, soluble liquid or concentrated suspension, which is applied as an aqueous solution, selected from amongst: a plant-strengthening formulation that contains at least a phosphite salt; a fungicidal formulation that contains at least a synthetic fungicide of the phosphonate family, preferably ethyl phosphonic acid salts; or a combination of the two. Each formulation may be a different composition or form part of a single composition. A further subject matter of the present invention is therefore said composition for post-harvest protection of fruits and vegetables which is constituted by the combination of the aforementioned components.
||WO||WO/2014/128329 - METHOD FOR THE DIAGNOSIS AND/OR PROGNOSIS OF ALZHEIMER DISEASE||28.08.2014||
||PCT/ES2014/070123||UNIVERSIDAD MIGUEL HERNANDEZ DE ELCHE||SAEZ VALERO, Javier|
The invention relates to the use of the heterodimeric complex of presenilin comprising the N-y C-terminal fragments of same as a biomarker of Alzheimer disease. The invention also relates to a method and to a kit for the diagnosis and/or the prognosis of said disease by means of the use of said biomarker.
||WO||WO/2014/128331 - RESPIRATORY EXERCISING DEVICE AND METHOD||28.08.2014||
||PCT/ES2014/070126||HOSPITAL SANT JOAN DE DEU||RODRÍGUEZ NIEVA, Natalia|
The invention relates to a respiratory exercising device comprising means for detecting a person's breathing, characterised in that said means for detecting a person's breathing comprise a turbine whistle (3) which generates a sound of a variable frequency depending on the flow of air that passes therethrough, and a microphone (4) that captures said sound of a variable frequency generated by the turbine whistle (3). The respiratory exercising method comprises the steps of producing data relating to a person's breathing with the aforementioned device, of sending said data relating to the breathing to control means, and of applying an algorithm to said data in order to calculate the values of the flows generated by the breathing. The invention allows respiratory exercising to be performed in a simple manner, including for children.
||WO||WO/2014/128317 - METHOD FOR CO2 CAPTURE USING CAO AT A HIGH TEMPERATURE, ASSISTED BY ACOUSTIC VIBRATION||28.08.2014||
||PCT/ES2014/000012||UNIVERSIDAD DE SEVILLA||VALVERDE MILLÁN, José Manuel|
The invention relates to a method that increases the rapid CO2-capturing capacity of a fluidised bed reactor using CaO at a high-temperature during the "Ca-looping" (CaL) process. The suggested method for assistance with CO2 capture is based on the direct application of acoustic vibrations to the fluidised material in the carbonatation reactor, for values of the intensity of the acoustic vibration and of the frequency thereof around 150dB and 100Hz respectively. This method can be used to accelerate the carbonatation of the material and to reduce the period of capture capacity following subjection to successive calcination/carbonatation cycles. The invention is applicable to the area of energy and the environment, more concretely to activity sectors oriented towards improving the efficiency of energy technologies.
||WO||WO/2014/128332 - SUPPORTED HETEROPOLYACID CATALYST, METHOD FOR THE PRODUCTION THEREOF, AND USE||28.08.2014||
||PCT/ES2014/070127||CONSEJO SUPERIOR DE INVESTIGACIONES CIENTIFICAS (CSIC)||ROJAS MUÑOZ, Sergio|
The invention relates to various supported heteropolyacid catalysts, to the method for the product thereof, and to the use of same as an acid catalyst in heterogeneous phase processes, concretely in the production of dimethyl ether from methanol. By supporting the heteropolyacid catalysts in inorganic solids by means of the impregnation technique, the area of the heteropolyacids (very low in the pure form thereof) increases dramatically and catalytic processes are therefore favoured in the heterogeneous phase. This synthesis process is not complicated and is easily scalable. These catalysts are extremely active and selective in the production of dimethyl ether at temperatures substantially lower than those of the catalysts used in the industrial process. The production of dimethyl ether has an almost 100 % yield and the deactivation is very low.