||WO||WO/2014/137232 - MAGNETIC FURNACE||12.09.2014||
||PCT/PL2014/000018||BIL, Robert||BIL, Robert|
The invention relates to the magnetic furnace for generation of heat used in central heating system to heat the spaces. This is achieved by impact on housing of water tank (1) magnetic field placed (5) on disc (2) driven by engine (3). Discs (2) performing a rotary movement around its own axis at the wall of the tank (1). The magnetic field source (5) as of magnets are arranged on the circumference of the discs (2) rotated by a motor (3). Arrangement of the magnets is alternating, i.e, the source of positive next in order is the source of negative, and the negative source next in order is a source of positive. The whole is mounted on the frame (4). The tank (1) is made of non-magnetic metal, such as aluminum and its alloys, copper and its alloys including various types of bronze and brass. Distance at which the source of magnetic field (5) are away from the tank can not be greater than the range of the magnetic field in the disc magnets.
||WO||WO/2014/133402 - GENERATOR GAS SHIELD SUPPORT DEVICE AND METHOD OF REMOVING GENERATOR GAS SHIELD||04.09.2014||
||PCT/PL2013/000026||GENERAL ELECTRIC COMPANY||CHUC-KARMANSKI, Arthur Marcin|
The disclosure includes a generator gas shield support device, and method of removing the generator gas shield (104) using the support device. In an embodiment, the generator gas shield support device of a generator system (100) includes a first support (136) coupled to a generator rotor (106) of the generator system (100). The first support (136) of the generator gas shield support device is configured to releasably couple a first portion (110) of a generator gas shield (104) to the generator rotor (106) of the generator system. The generator gas shield support device may also include a second support (154) releasably coupled to the generator rotor (106). The second support is configured to support the first portion (110) of the generator gas shield (104) during a rotation of the generator rotor (106).
||WO||WO/2014/133403 - BICYCLE PEDAL WITH A TOE CLIP||04.09.2014||
||PCT/PL2014/000015||RYBAK, Krzysztof||RYBAK, Krzysztof|
In the bicycle pedal with a toe clip on each of the two vertical elements of the limiting system from the top, threaded at the bottom and located in through holes (2) of the pedal (1), there is one threaded adjustment-locking assembly (Z) element in the form of a knob (15) screwed to it, which has at least one transverse hole (15"); where the circumferential area of the knob (15) is rough, preferably toothed, and each knob (15) is located in a special horizontal recess (4) in the pedal (1) passing through the through hole (2) so that the knob partially protrudes beyond the pedal (1) contour; where the top limiting system has the form of a double bar beam (5A), forming an inclined arm extending to least 2/3 of the distance between the centres of the holes (2) and the external side of the pedal (1); where the inclined arm or its tangent are inclined against the pressure plane of the pedal (1) at an acute angle a, and the arm end itself is bent upwards; where there are at least two through holes (2) of the pedal (1) which are inclined against the pressure plane of the pedal (1) at an angle β, contained within a range from 90° to 45°.
||WO||WO/2014/129915 - A SMALL-SIZED SPEEDBOAT WITH HYDROFOILS||28.08.2014||
||PCT/PL2013/000023||UX2 CENTRUM TECHNOLOGICZNE SP. Z.O.O||TOKARCZYK, Krysztof|
The subject of the invention is a small-sized speedboat with hydrofoils, enabling fast movement on the surface of water reservoirs, particularly a light unit for tourist and recreational purposes, easy to transport on the roof of the car. A small-sized speedboat with hydrofoils comprising a driving-steering module and a substantially flat body, with booms, is characterised in that the booms (36), as stabilisers of lateral fluctuations, are fixed to the body (49) on bolts (4) and deflected to the angle (alpha), at which they are blocked, preferably in 90° in relation to the longitudinal axis (Os) of the body (49), while to them foils (37) are connected rotatorily, preferably at the ends, unfolded downwards and set approximately parallel to the direction of the movement.
||WO||WO/2014/126488 - METHOD FOR THE MANUFACTURING OF ELEMENTS OF NON-FERROUS METAL ALLOYS, ADVANTAGEOUSLY ALUMINIUM ALLOYS||21.08.2014||
||PCT/PL2014/000009||INSTYTUT OBRÓBKI PLASTYCZNEJ||KORBEL, Andrzej|
The subject of the invention is a method for the manufacturing of elements of non-ferrous metal alloys, advantageously aluminium alloys, used for the manufacturing of shaped elements, in particular rods, in thermal treatment of metal s. It is characterized in that the charge will be subjected to plastic working of at least 60% deformation, advantageously by pressing with the degree of processing exceeding the value of 2, at a temperature below the range of occurrence of a solid solution, after which the obtained element undergoes the supersaturation process by heating it up to the temperature of occurrence of a solid solution and keeping it at this temperature for a period of 2-25 minutes, advantageously 5 minutes, and then rapidly cooled, advantageously using water, to the ambient temperature, after which it is subjected to the ageing process.
||WO||WO/2014/123433 - A METHOD OF AND A CIRCUIT FOR RADAR SIGNAL COMPRESSION||14.08.2014||
||PCT/PL2013/000021||BUMAR ELEKTRONIBUMAR Spółka Akcyjna||ŁABUDZIŃSKI, Aleksander|
A method of and a circuit for radar signal compression according to the invention can be applied in radar systems, especially those generating and processing broadband radar pulses with constant amplitude and linear or nonlinear frequency modulation. In a composite radiolocation pulse composed of a definite number of subpulses with different carrier frequencies, signal compression can be accomplished with the use of analytical properties of signals matched to subpulses of the composite radar signal and storing them in a non-volatile memory block. Further, determination of an optimum low-pass representation of radar subpulses includes a stage of analog-digital conversion and a matched filtering stage in a bank of matched filters. Operation of each matched filter consists in calculation of two convolutions of the composite radar signal with analytic signals matched to subpulses.
||WO||WO/2014/123434 - ONE COMPONENT ISOCYANATE PREPOLYMER MIXTURE FOR PRODUCTION IN ONE STEP PROCESS OF THE POLYURETHANE PRODUCT||14.08.2014||
||PCT/PL2013/050002||"SELENA LABS" SPOŁKA Z OGRANICZONA ODPOWIEDZIALNOSCIA||DWORNICKI, Przemysław|
The subject of the invention is one component isocyanate prepolymer mixture for the production of the polyurethane productin a one step process, said mixture having a content of free monomeric diphenylmethane diisocynate (MDI) of not more than 3%, preferably less than 2%, more preferably less than 1% total weight comprising monofunctional alcohol, an isocynate component or mixture of isocyanate component propellant, catalyst, stabilizer -one or more polyols, characterized in that the monofunctional alcohol has a low molar weight with Mw less than 130g/mol, preferably is tertiary alcohol, more preferably is tert butanol, 2-metyl 2-butanol, n-butanol, izobutanol or their mixtures and a method for preparing it.
||WO||WO/2014/123435 - METHOD AND APPARATUS FOR CUTTING FILTER MATERIALS||14.08.2014||
||PCT/PL2014/050005||INTERNATIONAL TOBACCO MACHINERY POLAND SP. Z O.O.||STANIKOWSKI, Robert|
A method of cutting filter materials in the tobacco industry wherein a filter material in the form of filter rods is fed to a rotary knife unit, the filter rods are cut into segments by means of rotary knives pressing the filter rods against a guiding jacket characterised in that the rotary knives are cooled in the area behind the guiding jacket.
||WO||WO/2014/120030 - PROCESS OF MANUFACTURING OF SOFT MAGNETIC CERAMIC AND ITS USE||07.08.2014||
||PCT/PL2014/000006||INSTYTUT NISKICH TEMPERATUR I BADAŃ STRUKTURALNYCH||OGANISIAN, Karen|
A process for the manufacture of magnetic ceramic is provided including the steps of: die compacting a powder composition including a mixture of soft magnetic, iron or iron- based powder, core particles of which are surrounded by an electrically insulating, inorganic coating an amount of 1 to 35% by weight of the composition; heating and pressing the compacted body in an atmosphere to a temperature and a pressure below the decomposition temperature/pressure of the magnetic, iron or iron-based powder.
||WO||WO/2014/120027 - A CONSTRUCTION MODULE, PARTICULARLY A WALL MODULE OR A ROOF MODULE||07.08.2014||
||PCT/PL2013/000007||UX2 CENTRUM TECHNOLOGICZNE SP. Z.O.O.||TOKARCZYK, Krzysztof|
The subject of the invention is a construction module, particularly a wall or roof module, to quickly mount buildings of street furniture, based on wooden modular systems, particularly recreational and utility buildings. It has an external coating made of flat bars, permeable to the sun radiation, connected longitudinally on the grooves with strips, separated with the ventilation slit from a multilayer internal coating with an accumulation layer linked with a heat-insulating layer neighbouring a finishing layer, and a framing connecting the coatings with mounting holes in which field joints are placed (5). In the external coating (1), wooden or metal flat bars (11) are preferably alternately connected with strips (11a) permeable to the sun radiation, under which an accumulation ceramic layer (21) is fixed, with a metal net (22) partly embedded in it and partly protruding in the ventilation slit (3); connected with the heat-insulating layer (23) in the internal coating (2), whereas the ventilation duct (30) connecting the ventilation slit (3) with the channel (6) is separated with a movable regulating closure (31) for the airflow. The metal net (22) is a net made of metal of a high thermal conductivity coefficient, preferably a copper alloy. The channel (6) is placed in the frame (4), preferably the upper part of the module. The channel (6) is additionally placed in the frame (4) in the lower part of the module. The external coating (2) has gaps (25), which preferably are placed under the strips (11a). The gaps (25) are separated with walls (26) permeable to the sun radiation. The field joint (5) consists of at least one sleeve (50) and a supported against a stressed spring (52) screw bolt (51), which is blocked in the sleeve (50) by a pullable pin (53) and/or pressed down by the tumbler (54) fixed to the frame (4).