Abstract: The application concerns an isolated protein complex comprising polypeptide components: (i) UTP20 HUMAN or a fragment, variant or homologue thereof; (ii) PWP2 HUMAN or a fragment, variant or homologue thereof; (iii) WDR46_HUMAN or a fragment, variant or homologue thereof; (iv) UTP18 HUMAN or a fragment, variant or homologue thereof; (v) MPPIO HUMAN or a fragment, variant or homologue thereof; (vi) WDR3_HUMAN or a fragment, variant or homologue thereof; (vii) TBL3 HUMAN or a fragment, variant or homologue thereof; (viii) WDR36_HUMAN or a fragment, variant or homologue thereof; and (ix) N0C4L HUMAN or a fragment, variant or homologue thereof.

Abstract: A method and system analyzes the state of security of a web application based on the structure of its components and its behavior against a well determined set of fingerprints. The system searches for components while parsing the web application, applying the well determined procedures to identify the server side technologies involved. Based on information stored in memory, the system elaborates a set of security checks to determine any vulnerabilities.

Abstract: A method is described for generating a set of analytical redundancy relations representative of a system with which a plurality of sensors is associated for the observation of variables indicative of operating conditions and adapted to enable detection and discrimination of faults.

Abstract: The present invention involves the use of the cerium oxide based catalysts with or without 0.5-10 wt % of alkaline and alkaline earth promoters (Li, Na, K, Rb, Cs, Fr, Be, Mg, Ca, Sr, Ba, Ra) and mixed oxides containing ceria and zirconia and/or yttria an/or lanthanide elements (CexM1-xO2; M=Zr, Y, La, Pr, Nd, Pm, Sm, Eu and 0.1<x<0.9) on the steam reforming and autothermal reforming at low temperatures of alcohols, in particular ethanol, or a mixture of these alcohols, like, for example, bio-ethanol. Low temperature was defined as 723-823 K. The catalysts of this invention exhibit good activity and stability, high selectivity to hydrogen, low formation of carbon monoxide (<150 ppm), small amounts of acetaldehyde and ethene and no production of ketone.

Abstract: Modern sugarcane cultivars are complex hybrids resulting from crosses among several species of the Saccharum genus. Traditional breeding methods have been extensively employed in different countries along the past decades to develop varieties with increased sucrose yield, and resistant to plagues and diseases. Conventional varietal improvement is, however, limited by the narrow pool of suitable markers. In this sense, molecular genetics is seen as a promising tool to assist in the process of molecular marker identification. The present invention concerns the identification of 348 genes associated with sucrose content in sugarcane plants. The genes were found to be differentially expressed when high sucrose and low sucrose plants and populations of plants were compared and/or when high and low sucrose internodes were compared. The expression data was obtained using cDNA microarray and quantitative PCR technologies.

Abstract: A fan blade connection system and method for connecting at least one composite blade (110) to a rotor hub (120), more particularly, for fans used in industrial ventilation and cooling applications. The invention aims to provide a better connection, mainly in regard to the stresses distribution. The preferred embodiments are directed to a system and method for connecting a composite blade (110) to a rotor hub (120) comprising a fastener element (130) arranged in the blade root (111) and extending transversally to the longitudinal axis of the blade (110), said fastener element (130) being adapted for receiving one of the ends of a tensioning member (140) in a longitudinal position in relation to said blade (110). The tensioning member (140) may have an intermediary interface (160) between the blade (110) and the rotor hub (120), fixed by the end of the tensioning member, or fixed by at least one fastener component, which passes through holes in the rotor hub and in the intermediary interface.

Abstract: A method and device, based on a film of a luminescent substance, such as colloidal semiconductor nanocrystals dispersed in a polymer matrix, for conducting quantitative and real-time analyses of PCR processes or of biomolecular interactions in genomics and/or proteomics. The optical detection system is based on FRET processes between the luminescent substance (which acts as the donor in the FRET process) and a suitable fluorophore (which acts as the acceptor species) with which the DNA or other biomolecule is marked. The device is essentially composed of a reaction microchamber with a wall formed by a thin film made of polymer material, in which the nanocrystals are uniformly dispersed, or made of a photoluminescent or electroluminescent polymer. Molecular probes are chemically immobilized on the surface of the polymer film for the specific recognition of the analyte which is to be determined in real time.

Abstract: The present invention refers to an acceleration process for macromolecular fragmentation in liquid medium, in gel or in a solid support, by means of joint application of enzymes and ultrasounds, as well as isotopes. The macromolecules, in any of these liquids, are mixed with enzymes and inserted in a recipient (2) and exposed to an ultrasonic radiation field (1). The combined effect of the enzymes and of the ultrasounds allows accomplishing, in time ranges between 10 s and 600 s, the fragmentation of macromolecules or whole proteontes, with the correspondent formation of their constituent lower molecular units.

Abstract: The separator is based on the mounting of two moveable frames (2) and (2?) on a fixed lower structure (1), mounting corresponding conveyor belts (3) and (3?) being mounted between these frames (2) and (2?), each of which passes between a pair of rollers (5-6) and (5?-6?), respectively, the rollers (6) and (6?) of both conveyor belts (3) and (3?) remaining close to each other, all of this in a such way that the blocks (33) and (33?) delimited along pre-cut lines (32) corresponding to a series of stacked sheets (31) of cardboard, on being introduced into the separator and being supported in correspondence with the conveyor belts (3) and (3?), with the punched line (32) vertical and interpolated between the rollers (6) and (6?), the folding upwards of these, by means of a system arranged at the base, brings about the rupture of the punched lines (32) and the separation of the blocks (33) and (33?), these being held during the separation by retaining pads (18) corresponding with pressure mechanisms (8) mounted on

Abstract: The present invention relates to an auction method with mixed live and remote participation that seeks to avoid unfavorable conditions for both live bidders at the auction site and remote bidders who access the auction by computerized means. Particularly, the present invention relates to auctions in which some of the bidders have access and participate therein by remote means, particularly via the Internet, landline or mobile telephone, and/or television, and the final part of the auction has no interference from the auctioneer.

Abstract: A drag-type cotton harvester operated by an independent driving unit, which comprises a stripper-type cotton picker platform having a series of fingers that are aligned parallel to the forward direction of the machine, wherein the front ends of the fingers are close to ground level and the back ends thereof are ramped in an upward direction; a cleaning apparatus that receives the picked cotton from the picker platform, which cleaning apparatus comprises a set of rotary dentate cylinders that engage the cotton and remove the heavy masses or impurities therefrom, while a rotary brush that is disposed tangential to the dentate cylinders disengages the clean cotton from the aforementioned fingers; and a trailer that receives the clean cotton from the cleaning apparatus, then stores it and transports it.

Abstract: The invention is related to a process for chocolate mass manufacturing, that comprises the following steps: a) dry pre-grinding of raw material; b) product conching in “U” type conch 9 for intensive chocolate processing, c) liquefaction and cooling of chocolate mass; d) final grinding of chocolate mass. The invention is still related to the chocolate mass processing machine, which is comprised by a structure made up of a “U” type shape conch 9, an agitator axis 12, in which a fixed arm 10 and agitator arms 11 are articulated, to increase the exposition cycle of dry chocolate mass to pre-heated air coming from the forced ventilation performed through the high pressure fan 14, activated by an electric motor with a heating electric resistance 13 to a compact installation for the processing of the chocolate mass with the above mentioned machine.

Abstract: The present invention is directed to plants having increased tolerance to an imidazolinone herbicide. More particularly, the present invention includes rice plants containing at least one variant AHAS nucleic acid such as an imidazolinone tolerant IMINTA 1, 4 or 5 lines comprising an alanine to threonine substitution as compared to the wild-type AHAS. The present invention also includes seeds produced by these rice plants and methods of controlling weeds in the vicinity of these rice plants.

Abstract: A scanning apparatus comprises two rotatable bodies (1,10 or 40) arranged to rotate in opposite directions. The first body being a polarizer (10) and the second being a mirror (1) or a second polarizer (40). The apparatus is arranged to define an optical path for a polarized beam, wherein the optical path passes through the first body (10), is reflected at the second body (1 or 40), and is reflected by the first body (10) back to the second body (1 or 40) from where it is transmitted or reflected to produce a linear scan. There is also disclosed a scanning system comprising a reflector (1) and an optical wedge (42) containing refractive materials, arranged to counter rotate and arranged so that a beam passing through the optical wedge (42), is reflected by the reflector (1) and passes back through the optical wedge (42) to produce a linear scan.

Abstract: This invention provides a method of reducing the concentration of at least one electrically charged compound present in aqueous feedstock (5), such as water and waste water. The feedstock to be treated is continuously supplied to one surface of a selectively permeable, electrically charged membrane (2) contained within a module (1). Simultaneously an aqueous reaction medium, containing an active microbial culture, contacts with the opposite face of the membrane (2). The microbial culture, fed with selected nutrients and salts, is capable to convert at least one electrically charged compound, after it permeates through the wall of the membrane (2) to by-products. The membrane is substantially impermeable to electrically uncharged compounds. The ion-exchange properties of the membrane allow avoiding secondary pollution of the treated water by metabolic by-products and residual nutrients from the reaction medium.

Abstract: The present invention describes an axial flow fan blade that presents innovation on its shape that results in a lower noise emission and in a higher efficiency. The axial flow fan blade, object of the present patent, has a lower vortex emission than the blades available on the previous art. This lower vortex emission is responsible for a lower level of pressure fluctuations, which results in a lower noise emission, and is also responsible for a lower energy expense on the vortex formation, which results in an efficiency increase. The present axial flow fan blade can be employed in various applications where it is necessary to move any gas.

Abstract: A structure to be coupled to a machine for treating surfaces, comprising a centre web (1) joined to a machine (2) in which are movably and tightly fined with the aid of bearings a pair of telescoping superposed arms (6-6′) whose segments can be locked at any relative position, the segments ending in clips (19) for attaching the vertical tubes (24) that in turn incorporate on their lower corresponding sensors, with another clip (25) provided in the centre web (1) for attaching another sensor at this intermediate position. The sensors are thus capable of adopting any relative separation with adjustment operations that are extremely quick and simple, by simply releasing and again locking, while the height of said sensors can also be adjusted by loosening and tightening the clips (19).

Abstract: A substantially horizontal, flat shovel (30), made of thin, perforated metal plate, is integral with a slide (28) which is slidable on a guide (26), itself integral with a mounting (18). The shovel is driven by an actuator (20, 22, 24, 32, 34, 36) for moving forward and backward, while staying tangent to a facing rest shelf, at either of two speeds, a slow speed and a fast speed. The mounting (18) can move to different positions facing respective processing stations (42, 44).

Abstract: An information stream of binary symbols is divided into serial packets of N binary symbols. The method further includes serial-parallel conversion of binary symbols in each serial packet and repeating N times the parallel packet thus obtained in order to form a serial-parallel packet of binary symbols. The binary symbols are permuted in the duration interval of each serial-parallel packet, and orthogonal codes generated according to the above binary symbol permutation are then applied. A space-diversity channel is then assigned to each serial group of the serial-parallel packet of coded binary symbols thus obtained. All the serial groups of coded binary symbols, each coded binary symbol having been previously spread by a user spreading code, as well as pilot signals of the corresponding space diversity channels are simultaneously transmitted.

Abstract: The apparatus comprises a horizontal, extensible shovel which is driven step by step through a predetermined path by motorized means; a distributor of dough loaves arranged for dropping loaves at a first stop in the shovel path; a pizza moulder arranged at a second stop in the shovel path, for pressing and spreading the loaf; several distributors of a dressing, placed at at least a third stop in the shovel path, for dropping metered portions of dressing on the pizza carried by the shovel; and an oven placed at a fourth stop in the shovel path, for receiving the pizza from the shovel.