|1.||WO||WO/2015/009176 - BATHTUB||22.01.2015||
|PCT/PL2014/000058||PRZEDSIĘBIORSTWO ENERGETYKI I BUDOWNICTWA||URBAŃSKI, Henryk|
The present invention provide a bathtub for a bathroom, comprising an opening and closing entry in the form of an opening in the bathtub wall, characterised in that the opening (1) for the bathtub is closed from the top by means of the first demountable partition (P1) containing seals (3) which is slidably mounted in guides (5,6) formed on both side walls (7) of the bathtub, and in a further part of the bathtub in a chosen distance forming from the opening (1) the first determined space (a) guides (8,9) are formed, on its side inner walls (7) from both sides, for mounting slidably in them the second demountable partition (P2) with seals (10) and which can be horizontally slid in a tiltable manner by means of preferably two tiltable levers (11, 111), arranged in the first space (a) which clamping arms (111) slidably contact the surface of the second partition (P2) forming together with the side inner walls (7) of the bathtub the second space (b) equipped with a tap for water supply for bath to this space.
|2.||WO||WO/2015/009178 - PROCESS FOR APPLYING METAL MICROPARTICLES TO POLYMERIC MATERIAL, DEVICE FOR PERFORMING THE PROCESS, POLYMERIC MATERIAL WITH METAL MICROPARTICLES AND USE OF THE POLYMERIC MATERIAL||22.01.2015||
|PCT/PL2014/000081||AJH047 SP. Z.O.O.||HAINTZE, Jerzy|
The present invention relates to a process of applying metal microparticles to polymeric material, based on fusing metal particles to the surface of the polymer. The process is characterised in that fragmented metal particles in the form of micrometre-sized powder are premixed with a granulate of a polymeric material, and subsequently, at continued stirring, the metal particles are heated by eddy currents generated by a rapidly changing magnetic field. The present invention also relates to a device for performing the process, a polymeric material with metal microparticles and the use of the polymeric material.
|3.||WO||WO/2015/009177 - MIXTURE FOR THE PRODUCTION OF VIBROINSULATION MATERIALS TO PROTECT RAILWAYS AND ROADS||22.01.2015||
||PCT/PL2014/000078||INSTYTUT INZYNIERII MATERIALOW POLIMEROWYCH I BARWNIKOW||DEBEK, Cezary|
The mixture for the production of vibroinsulation materials to protect railways and roads for motor vehicles according to the invention consists of a rubber granules, preferably with granulation of about 1-10 mm, in quantity of 90 - 50% by weight and bituminous materials modified with thermoplastic, thermoelastoplastic polymers or rubbers in quantity of 10 - 30% by weight Modified bituminous materials operate as a binder of rubber granules. In addition, the mixture may contain modifiers in the form of mineral fillers, fabrics or resins in quantity of up to 30% by weight against the weight of the total mixture. granules made of used car tyres, waste tapes and / or belts or production waste are preferably used as rubber granules. Asphalt modified with thermoplastic, thermoelastoplastic polymers or rubbers is preferably used as a modified bituminous binder. Ethylene polymers or ethylene-propylene copolymers are preferably used as thermoplastic polymers. Block copolymers of styrene-butadiene-styrene, styrene-isoprene- styrene, styrene-ethylene/butylene-styrene, styrene-ethylene/propylene-styrene are used as thermoelastoplastic polymers. Polyester or basalt fibres, natural and synthetic resins, preferably rosin, high-styrene resin, mineral fillers of different granulation, preferably quartz are used as modifiers for improving mechanical properties, rheology and hardness.
|4.||WO||WO/2015/009179 - CLOSURE WITH AN ELASTICALLY DEFORMABLE ELEMENT||22.01.2015||
|PCT/PL2014/000082||AJH047 SP. Z O.O.||HAINTZE, Jerzy|
The invention relates to a valve of a filling-emptying channel with an elastically deformable element. A valve of a filling-emptying channel of a container with an elastically deformable element, according to the invention characterised in that the valve body (1) of the filling-emptying channel placed in the container wall, has a ring (2) with a centrally located boss (3), with a hole (4) for the conical part (6) of the elastically deformable element in the form of a valve plate (5). The ring (2) is mounted on at least two arms (7), which join it to the inner surface of the valve body in the filling- emptying channel. The elastically deformable valve plate (5) closing the filling-emptying channel has the shape of a cup of variable thickness with a circumferential narrowing (8) for reversing the convexity of the shield (9), and, in the lower part, it has a conical part 6 for guiding the ring (2) into the hole (4) in the valve body (1).
|5.||WO||WO/2015/009180 - METHOD OF CONNECTING COMPOSITE SECTIONS CREATING A LIGHTING POST JIB AND A JIB CREATED USING THIS METHOD||22.01.2015||
|PCT/PL2014/050022||GEGER SP. Z O. O.||ŁAWSKI, Marcin|
The subject of this invention is a method of connecting composite sections creating a lighting post jib, characterized in that a link (5) in the form of an elbow of proper bend angle is used to connect two consecutive composite sections (1) with the use of polymer bind (6) with a filler in the form of granulate of non-abrasive and highly rigid properties. The subject of this invention is also a composite lighting post jib produced with the application of the aforementioned method of connecting composite sections (1).
|6.||WO||WO/2015/009182 - METHOD FOR PREPARING POLYMER COMPOSITES COMPRISING MODIFIED CARBON NANOTUBES, POLYMER COMPOSITE COMPRISING MODIFIED CARBON NANOTUBES AND USE OF SAME||22.01.2015||
|PCT/PL2014/050043||WROCŁAWSKIE CENTRUM BADAŃ EIT+ SP. Z O.O.||PESZKE, Jerzy|
The present invention relates to a method for fabricating a polymer composite comprising modified carbon nanotubes, involving the following steps: diaminobenzene is added to a dispersion of nanotubes in heptane to obtain a p H of the solution of 9, halogenated silicon compounds with attached hydrocarbon system are added to the solution, stirred on a magnetic stirrer, the obtained preparation is dissolved in a nonpolar solvent, the chemically inert silicone is dissolved in a nonpolar solvent, the dissolved mixture is a chemically inert silicone with dissolved preparation comprising carbon nanotubes, wherein carbon nanotubes are from 20 to 120 nm long with a diameter from 5 nm to 15 nm. The present invention also relates to a modified polymer composite comprising carbon nanotubes and use of same for the production of heating mats.
|7.||WO||WO/2015/009181 - A MICROEMULSION CONSISTING OF AN OIL PHASE, AN AQUEOUS PHASE AND A SURFACTANT||22.01.2015||
|PCT/PL2014/050042||UNIWERSYTET JAGIELLOŃSKI||KRUPA, Anna|
A food microemulsion constituting a carrier for fish oil and being an intermediate product intended to be introduced into foodstuff to increase the nutritional value of foodstuff is disclosed.
|8.||WO||WO/2015/005807 - METHOD OF BIOMASSES CONVERSION INTO RENEWABLE FUEL AND A MACHINE FOR BIOMASSES CONVERSION INTO RENEWABLE FUEL||15.01.2015||
The subject master of the invention is a method of and machine for biomass conversion into renewable fuel by mixing the pre-segregated, size-reduced, sieved and dried biomass; with its transport inside a cylindrical retort with the use of a screw conveyor; combined with biomass drying, heating and oxygen-free torrefaction with gas emission, characterised in that the biomass is processed in an energy generator (A) connected with an oxygen-free chamber (B), where the generator comprises at least one cylindrical retort (1) of the length L from 5 to 8 m with a conveyor (2) rotary shaft placed coaxially and fitted with a wall-tangent and sliding blade (3) of variable stroke, so that the blade (3) stroke increases in the retort reaction zone (II, III) from between 0.03 and 0.05 L to between 0.07 and 0.09 L at the retort section zone from 0.1 to 0.4 L (II), as well as from between 0.07 and 0.09 L to between 0.3 and 0.35 L at the retort section zone from 0.4 to 0.95 L (III), while in the retort chute zone (IV) at its section from 0.9 to 1.0 L the blade (3) is wound-up on the conveyor shaft (2) backwards, so that the conveyor is charged with biomass by the charge (4) while it rotates at from 1 to 40 r.p.m. to transport the biomass through the retort reaction zone (11,111), where the biomass is mixed continuously, dried and partially gasified at the retort (1) section from 0.3 to 0.6 L; then, it is torrefied at the retort (1) section from 0.6 to 1.0 L in the temperature from 220 to 299 °C; the gas products of the reaction are carried out of the retort (1) by the system connected to retort through at least one outlet hole at the retort (1) section from 0.25 L to 0.95 L, where the total field of outlet clearances is no more than 0.8 of the retort clearance field; then, the solid product is carried out through the retort outlet (5) and insulated manhole (6) to the oxygen-free chamber (B) where it is kept in an oxygen-free atmosphere for 2 to 5 minutes in the temperature below 300 °C; then, the fuel obtained is carried out of the oxygen-free chamber (B) through the renewable fuel chute (8).
|9.||WO||WO/2015/005809 - SEWING MACHINE TABLE||15.01.2015||
|PCT/PL2014/000045||KESSLER POLSKA SPÓŁKA Z O. O.||SOBKÓW, Zbigniew|
The object of the invention is a table for sewing machines, both for basic machines and for specialised machines. The sewing machine table consists of a tabletop in the form of a plate with an aperture for the sewing machine, where the tabletop is placed on a frame, characterised in that the tabletop (1) has, in its side walls, notches into which profile bars, preferably channel bars (8), are pressed. The height (H) of the profile bar (8) is lower than or equal to half the thickness (G) of the tabletop (1). The pressed profile bar (8) is arranged symmetrically in relation to the thickness (G) of the tabletop (1). The pressed profile bar (8) is additionally fixed with screws (9) to the tabletop (1). The tabletop (1) has a thickness (G) of at least 39mm. The heads of the rails (13) attached to the sides of the additional elements (10,11,12) are seated in the pressed profile bars (8).
|10.||WO||WO/2015/005810 - TORQUE TRANSMISSION RING||15.01.2015||
|PCT/PL2014/000057||EFNEO SP. Z O.O.||MIGASZEWSKI, Wiktor|
Torque transmission ring, consisting of ring (1) of roiling raceway (la), chain rack (2) and side flange (3), which is characterized in that the chain rack (2) is externally fixed to the ring (1) of rolling raceway (1a), and the side flange (3) is externally attached to the ring (1) of rolling raceway (1a).