||WO||WO/2014/165951 - HYDRAULIC SHOCK ABSORBER FOR SUSPENSION SYSTEM AND CORRESPONDING IMPROVED HYDRAULIC STOP||16.10.2014||
||PCT/BR2013/000114||MAGNETI MARELLI COFAP COMPANHIA FABRICADORA DE PEÇAS||SOROMENHO, Geraldo Bontempi|
The invention relates to a hydraulic shock absorber for a suspension system and to the corresponding improved hydraulic stop, the hydraulic shock absorber comprising a tubular shell, a tubular body (20) and an axially movable, reciprocating rod provided with an elastomeric, stroke-limiting annular element. The stroke-limiting element (6) comprises a retention ring (7), a locking ring (8) and a sealing ring (9), the retention ring (7) partially enclosing the locking ring (8) and defining, together with the locking ring (8), a groove (91) for accommodating the sealing ring (9).
||WO||WO/2014/165950 - NON-DEPOSIT FORMING CATALYTIC ADDITIVE FOR ADDITIVE OIL CRACKING, AND FOR FUEL OCTANE INCREASE AND COMBUSTION||16.10.2014||
||PCT/BR2013/000113||FIRMANO, Lino Junior||FIRMANO, Lino Junior|
The present invention relates to a catalytic additive for oil cracking, which is capable of modifying the naphtha carbon chain, improving quality (for example, causing an increase in octane), without leading to alteration under vapour pressure or deposits that are common when ferrocene is used.
||WO||WO/2014/165952 - SYSTEM FOR ELECTRONIC AUTHENTICITY VERIFICATION, NEGATION (INVALIDATION OR RESTRICTION) AND REVALIDATION, FOR THE CONTROL, TRACING AND SUPPLY OF INFORMATION ON BANK NOTES AND CHECKS, USING APPROXIMATION AND IMAGING TECHNOLOGY (EMBEDDED HARDWARE AND SOFTWARE) FOR DATA READING||16.10.2014||
||PCT/BR2013/000539||FERREIRA DE SOUZA, Antonio||FERREIRA DE SOUZA, Antonio|
The invention relates to a system for electronic authenticity verification, negation (invalidation or restriction) and revalidation, for the control, tracing and supply of information on bank notes and checks, using approximation and imaging technology (embedded hardware and software) for data reading, preventing counterfeiting of bank notes and checks, by means of an inserted RFID/NFC label containing information which, when the label is placed near a reader, can be viewed on a computer, tablet or smartphone, using software which informs whether the consulted article is authentic. Should the article not be authentic, the user can apply a restriction or invalidation, with the option of subsequent revalidation, if desired, besides emitting a vocal signal. The system can also count bank notes, trace bank notes and checks, preventing them from being lost, or locating the valuables and informing the data bank about their exact location.
||WO||WO/2014/165954 - SYSTEM FOR PREPARATION AND STORAGE OF DIGITAL REPORTS AND EXAMINATION RESULTS OF CLINICAL AND ULTRASOUND VASCULAR CARTOGRAPHY||16.10.2014||
||PCT/BR2014/000111||FIGUEIREDO, Marcondes Antonio de Medeiros||FIGUEIREDO, Marcondes Antonio de Medeiros|
System for preparation and storage of digital reports and examination results of clinical and ultrasound vascular cartography refers to a system (1) with stationary tools (2) and special tools (3) to draw in the schematic of the modules: a clinic cartography (4), a venous cartography (5) and an arterial cartography (6), with storing in a database (7), which patient history can be accessed anytime by using the global communication network (8).
||WO||WO/2014/165953 - CONCENTRATOR FOR THE ENERGY FROM SOLAR OR ARTIFICIAL LIGHT RAYS AND FROM ELECTROMAGNETIC RADIATION||16.10.2014||
||PCT/BR2014/000109||ESTEVES PALMEIRA, André Luiz||ESTEVES PALMEIRA, André Luiz|
The invention relates to a concentrator for the energy from solar or artificial light rays, and from electromagnetic radiation, more specifically to an energy concentrator (1) for capturing, magnifying and projecting light rays or another electromagnetic radiation from artificial sources or the sun; the energy concentrator (1) comprises various combinations and arrangements of two or more magnifying lenses (L) of various shapes, chemical compositions, dimensions, orders, temperatures and inclinations, which are juxtaposed and mounted in a fixed structure (3) or a structure coupled to a mechanical, electromechanical or any other actuation device (4) equipped with means for adjusting the inclination and spacing of the lenses (L) to optimize capture, magnification and projection of the entire electromagnetic radiation (R) from an artificial source or the sun; this structure (3) also includes a driving system (5) actuated by sensors (S) that read the best inclination of the sun rays or any other electromagnetic radiation, following the Earth's rotation in relation to the sun, and allowing energy to be captured, magnified and projected more efficiently.
||WO||WO/2014/165956 - PHARMACEUTICAL COMPOSITIONS COMPRISING KISSPEPTIN OR DERIVATIVES THEREOF||16.10.2014||
||PCT/BR2014/000117||OURO FINO SAÚDE ANIMAL LTDA||NETO, Dolivar Coraucci|
The present invention relates to pharmaceutical compositions comprising a peptide that stimulates the release of gonadotropins and sexual steroids. More specifically, the present invention proposes pharmaceutical compositions comprising kisspeptin, preferably in the kp-10 form, or derivatives thereof, for use in ovulation cycle inducing and/or infertility treatment programs. The formulations according to the present invention belong to two main groups: injectable solutions and implantable formulations. The injectable solutions according to the present invention can be divided into immediate release solutions and prolonged action solutions. The implantable formulations according to the present invention can be prepared using an RTV silicone elastomer, a rapid vulcanisation silicone elastomer or a rapid vulcanisation silicone elastomer with a release modulator.
||WO||WO/2014/165955 - HEAVY METAL BIOSORPTION METHOD||16.10.2014||
||PCT/BR2014/000116||FACULDADES CATÓLICAS||TOREM, Mauricio Leonardo|
The present invention relates to a heavy metal biosorption method using Rhodococcus ruber bacteria. More specifically, the present invention relates to a method that includes treating R. ruber bacteria with NaOH, contacting with a solution containing Co(II) and (Ni(II) in a medium with a pH of 6.0 and a R. ruber concentration in the order of 3 g.L-1, for a period of about 30 minutes, at temperatures in the order of 25 °C.
||WO||WO/2014/165957 - REAL TIME, AUTOMATIC DIAGNOSTIC SYSTEM AND METHOD FOR ELECTRIC NETWORKS||16.10.2014||
||PCT/BR2014/000121||COMPANHIA HIDRO ELÉTRICA DO SÃO FRANCISCO||MELO, Maria do Socorro Cavalcanti de|
The present invention provides a system and method for diagnosing automatically and in real time faults of local equipment in electric networks, such as electric energy generation and transmission networks. The system and method according to the invention include the use of generic rules that consist in the correlation of events and are applied, in particular, to electric networks with constant topology changes.
||WO||WO/2014/161058 - STRUCTURAL ARRANGEMENT IN CONSTANT EVAPORATIVE AIR-CONDITIONER||09.10.2014||
||PCT/BR2014/000114||REICHERT, João Antônio||REICHERT, João Antônio|
A structural arrangement in a constant evaporative air-conditioner, as described in the description and depicted in the attached drawings, is characterised by a new structural arrangement for an evaporative air-conditioner with a constant air flow, this device being designed to allow greater thermal adaptation of industrial or domestic environments, cooling or heating the same with low energy consumption and noise level. The structure of the equipment was improved in comparison with the previous utility models from the same applicant, in order to make the equipment easier to manufacture and to improve its operation and performance.
||WO||WO/2014/161053 - STRUCTURAL ARRANGEMENT IN PNEUMATIC FLOOR SPRING||09.10.2014||
||PCT/BR2013/000283||FREITAS MARINHO, Franscisco Alan||FREITAS MARINHO, Franscisco Alan|
A structural arrangement in a pneumatic floor spring has a small size, requires drilling a hole in the floor for its installation, has a shielded structure that prevents the accumulation of water, and keeps the door (100) closed by the force applied by the plunger (80) and, when the door is opened, the pin (30) rotates together with the cam (60) which, with the double helix, pushes downwards the track (70) and the plunger (80).