WO/2016/131115 STRUCTURAL ARRANGEMENT IN A MECHANISM FOR CONVERTING HYDRAULIC POWER INTO ELECTROMOTIVE POWER||WO||25.08.2016|
||PCT/BR2016/050013||HANSEN, Arnaldo||HANSEN, Arnaldo|
A structural arrangement in a mechanism for converting hydraulic power into electromotive power is formed by gears which transform the energy of a water flow into torque and speed of rotation, and transfers this energy to the shaft of the electrical generator. The structural arrangement comprises a transmission mechanism having, in the turbine rotor (8), a gear (81) with internal teeth which causes a plurality of larger satellite gear wheels (11) with shafts (13) to rotate; a plurality of smaller satellite gear wheels (12) attached each to one of the shafts (13) rotate conjointly with each of the larger satellite gear wheels (11); and the smaller gear wheels (12) are coupled to the pinion (41) and cause the shaft (4) of the pinion (41) to rotate, the shaft (4) of the pinion (41) being axially coupled to the shaft (5) of the electrical generator (6).
WO/2016/131116 CUTTING SYSTEM REDUCING CUTTING LOSSES AND HAVING A FLOATING DISK||WO||25.08.2016|
||PCT/BR2016/050030||FAVORETTO, Onivaldo||FAVORETTO, Onivaldo|
Decisive modifications are proposed to a cutting system reducing cutting losses and having a floating disk, in order to improve the efficiency of the system. The lower finger (1) cuts at the lower level and has a tip pointing upwards to prevent the finger from entering the ground; weeds passing past the lower finger pass over the upper finger (3), the accumulation of branches between the fingers being thus prevented. The upper finger (3) has a guard (4) that prevents grains from dropping out of the cutting platform, and the guard is also used to mount two bearings which act to orient the cutter bar (2).
WO/2016/131118 BLOW LANCE ASSEMBLY FOR METAL MANUFACTURING AND REFINING||WO||25.08.2016|
||PCT/BR2016/050032||LUMAR METALS LTDA||GUERRA, LIMA, DE SOUZA, Marcelo|
The present invention relates to a blow lance assembly for metal manufacturing and refining developed to control slag formation and oxidation, as well as the heat capacity of the reactor, and to maintain the operational conditions during loading and blowing. The assembly has in the lower part thereof two groups of gas outlets which determine two blowing conditions. The first group consists of oxygen flow nozzles having a converging-diverging form, and mostly ensures the reactions of oxidation and conveyance of the basic solid material, mainly calcium oxide, for initial slag formation and dephosphorisation in the end run refining phases. The second group consists of secondary injectors with various functions during each blowing stage, the first function at the beginning of the process being that of injecting oxygen as a post-combustion agent, the oxygen reacting with carbon monoxide generated by the main injectors, and the second function is that of accelerating the reaction with carbon in that the speed of the oxygen stream is increased, slag melting is accelerated in the initial stages and, finally, the oxidation of iron, one of the elements in the metal bath, is increased in order to reduce the phosphorus content during the final run refining phases.
WO/2016/131119 GAS-LIQUID SEPARATION AND COMPRESSION/PUMPING UNITS CAPABLE OF BEING MOUNTED IN PRODUCTION WELLS AND INJECTION WELLS||WO||25.08.2016|
||PCT/BR2016/050035||FMC TECHNOLOGIES DO BRASIL LTDA||RAMOS PIVARI, Alexandre|
The present invention relates to individual subsea solutions to be applied to production wells for separating gases from liquids, and to injection wells for compressing or pumping a gas or water stream in subsea oil exploration systems. These solutions relate to a gas-liquid separation unit capable of being mounted in a production well and comprising a gas-liquid separation unit (1) connected directly to a production adaptation base, BAP or tubing head (2); and a compression/pumping unit capable of being mounted in an injection well and comprising a compression or pumping unit (4) that is connected directly to a BAP or tubing head (5), the flow line containing the gas or water to be injected and being connected to the BAP or tubing head.
WO/2016/131117 STRUCTURAL ARRANGEMENT FOR CELLULAR PHONE COVER AND SELFIE STICK HOLDER||WO||25.08.2016|
||PCT/BR2016/050031||ATILIO PEREIRA DE SOUZA, Felipe||ATILIO PEREIRA DE SOUZA, Felipe|
The invention relates to an arrangement comprising a selfie cover (figures 1-A to 1-F, 6-A, 6-C, 6-E, 6-G, 6-I, 6-L, 6-N, 6-O, 6-P, 6-Q and 6-R), the functional improvement claimed relating to a new use of the cover of a cellular phone (106, 106-A to 106-J), the cover having a rear part with incorporated channels (101 and 102), or parallel segments (601), or round holes (602), or a metal plate (603) with a magnet (604), or a Velcro fastener (605 and 607), so as to obtain a cellular phone with an integrated selfie stick (figure 4-A), dispensing with conventional intermediate devices for clamping, enclosing or holding the cellular phone. Thus, figures 6-O and 6-P depict a cellular phone cover (106-H) with a retractable parallel structure (612) integrated in the body thereof and allowing the cellular phone to be held in order to make a selfie without the need for any external implement. The new functions of the cellular phone covers (106, 106-A to 106-J) enable the existing elements of selfie sticks (figure 4-A) to be reduced in size and standardised, making storage and transport easier and rendering their use more convenient, safe, comfortable and efficient. The various cover models (figures 1-A to 1-F, 6-A, 6-C, 6-E, 6-G, 6-I, 6-L, 6-N, 6-O, 6-P, 6-Q and 6-R) allow coupling to various efficient, low-cost holders (figures 2-A, 6-B, 6-D, 6-F, 6-H, 6-K and 6-M), with the resulting reduction in weight of the selfie stick device(figure 4-A), and also allow coupling cellular phones to holders secured to surfaces such as wall, the sides of pieces of furniture, tables and beds, inter alia.
WO/2016/131114 SYSTEMS AND DEVICES FOR OPTIMISING THE USE OF WASHING BASIN EFFLUENTS IN WATER CLOSETS||WO||25.08.2016|
||PCT/BR2016/050004||SICHMANN, Walter||SICHMANN, Walter|
The invention aims at improving the use of washing basin effluents in water closets in general, including a great variety of washing basins, flushing tanks, flow valves, water closets and the corresponding fixtures, using the permanent natural ventilation of the water closet and an automatic disinfectant dispenser, both for users having a higher purchasing power and for classes having a lower purchasing power, thus minimising the generalised water scarcity. When the system is not actuated by the flow valve, it comprises at least one reservoir (A) inserted into the flushing tank for immediate use, and one or more reservoirs (B) for subsequent flushing discharges, arranged next to each other or separated by a vertical wall, or a plurality of such reservoirs which may be optionally interconnected and shared on the basis of the principle of communicating vessels, all the reservoirs being provided with a check valve (06) or (37) and a septum (91) with a converging flow into the reservoir (A). A short rising pipe (09), the vertical movement of which is controlled by the user, replaces the known flushing valve, the top end of the pipe (09) being inserted into a larger container (13), with a concavity facing downwards and provided with a lateral opening (14) or (15) for connection to a rising pipe (16). The following figures show specific filters for filiform particulate materials, which filters can be removed for cleaning purposes or are disposable, and show the gradual movement of the pipe (09) which allows the quantity of water released during each flushing to be selected. Also described are alternative methods for manufacturing systems and devices for using washing basin effluents in rooms without permanent natural ventilation from the water closet to the outside.
WO/2016/127232 SUPPORTING COMPONENT BOARD FOR DISPOSABLE PRESSURE TRANSDUCER||WO||18.08.2016|
||PCT/BR2015/050012||ZAMMI INSTRUMENTAL LTDA||VARGAS FONSECA, Luiz Henrique|
The present invention relates to a component board of a supporting element for a disposable pressure transducer. More specifically, the present invention relates to a supporting board for a pressure monitoring system, including a box board (1) with a brim (6) that enables engagement in the claw (2) and a front socket (7) for the disposable pressure transducers. A pressure cable (3) is built into said box board (1) using a connector (5) attached to a socket (5'), and thus said cable (3) is arranged without being subjected to any mechanical force, said claw (2) having a lock (4) for the cables and being compatible with different types of serum-bag stands, as well as having a socket for the pressure transducer supporting elements.
WO/2016/127230 FLOATING MOULDABLE ENTERTAINMENT BASE||WO||18.08.2016|
||PCT/BR2015/000014||GUIMARAES WYKROTA, Julio Vito||GUIMARAES WYKROTA, Julio Vito|
The present invention patent comprises a set of activities in the form of an evolutive solution in the structural, mouldable concept of an entertainment base or platform, called "The Island", involving a brief event, with the dual purpose of entertainment and activation of sponsorship brands. The set of activities is characterized in the form of one or more sectors that may or may not be essential in terms of operation: arrival base (arrival deck), individual base (mooring of aquatic vehicles), main base (main deck), services base (services deck) and helipad, constituted by arrival deck (1), services deck (2), main deck (3), wet bar (4), VIP areas (5), bar (6), lavatories (7), catering area (8), services area (9), entrance hall (10), departure hall (11), sponsorship seating (12), cloakroom (13), registration area (14), office (15), store house (16), cabins (17), staff accommodation (18), clinic (19), refuse collection (20), generators (21) and helipad (22).
WO/2016/127231 STRUCTURAL ARRANGEMENT FOR A MOTORCYCLE, MOTOR SCOOTER AND SMALL SCOOTER||WO||18.08.2016|
||PCT/BR2015/000110||HENRIQUES DE SOUSA, Gilmar||HENRIQUES DE SOUSA, Gilmar|
A description is given of a utility model patent pertaining to the field of two-wheel vehicles for carrying people and loads, comprising a motorcycle (1) with a longer chassis (2), on which are installed a seat with three (3) or four (4) seating places, a chain (5) for transmission from the drive gear of the gear lever (6) connected to the engine (7) and the driven gear integrated into the rear wheel (8) of said motorcycle (1), provision further being made for springs (9) and front (10) and rear (11) shock absorbers with adequate capacity to support the weight for transportation of up to four people with loaded luggage. The arrangement also comprises a motor scooter (12) with a longer chassis (13), on which are installed a seat with three (14) or four (15) seating places, chain (16) for transmission from the drive gear of the gear lever (17) connected to the engine (20) and the driven gear integrated into the rear wheel (21) of said motor scooter (12), provision further being made for springs (22) and front (23) and rear (24) shock absorbers with adequate capacity to support the weight for transportation of up to four people with loaded luggage. The arrangement also comprises a small scooter (25) with a longer chassis (26), on which are installed a seat with three (22) or four (28) seating places, a chain (29) for transmission from the drive gear of the gear lever (30) connected to the engine (31) and the driven gear integrated into the rear wheel (32) of said small scooter (26), provision further being made for springs (33) and front (34) and rear (35) shock absorbers with adequate capacity to support the weight for transportation of up to four people with loaded luggage.
WO/2016/127234 DUCTED LIQUID TEMPERATURE METER||WO||18.08.2016|
||PCT/BR2016/000013||CORREIA DA SILVA, Luiz||CORREIA DA SILVA, Luiz|
Ducted liquid temperature meter, identified as a whole using reference sign (1), characterized in that it comprises a body (2) shaped similarly to a T-connection of the type used in hydraulic water pipes, said body (2) being provided with a longitudinal channel (3) leading to a perpendicular branch (4), where a thermometer (5), which may be digital (6), is installed, said thermometer being mounted such that the sensor components (8) of same may be kept in contact with the water passing through the hollow body (2). The meter in question enables the temperature of the water passing through the hot water pipe supplying a shower (9) to be monitored safely and without wasting water.