WO/2015/072866 SYSTEM AND APPARATUS FOR MOVING A ROTOR RELATIVE TO A GENERATOR||WO||21.05.2015|
||PCT/PL2013/000145||GENERAL ELECTRIC COMPANY||KLEJC, Adrian Adam|
A system and an apparatus that can stabilize the rotor in the generator to restrict rotation as the rotor moves longitudinally relative to the generator (and stator) during repair and maintenance. The system and apparatus includes structures that engage one another, thus avoiding potential conditions that can cause the rotor to rotate. The structures also couple a force along the center axis of the rotor to further alleviate imbalances that can arise during the longitudinal movement of the rotor.
WO/2015/072867 MASS TRANSIT VEHICLE CHAIR||WO||21.05.2015|
||PCT/PL2014/000042||SZYMAŃSKI, Maciej||SZYMAŃSKI, Maciej|
The subject of the invention is a mass transit vehicle chair. The chair has a seat (2) with a seat frame (1) which is rotationally mounted on a horizontal axis (6) perpendicular to the longitudinal axis of a vehicle on a base (4) which is permanently mounted to a floor (5) of the vehicle and a reclining backrest (3) having a backrest frame (14). The seat frame (1) is having in its front zone on an axis (7) mounted an upper support (8), which is connected by an axis (9) with a lower support (11) placed in an articulated manner on an axis (10) on the base (4), wherein the connecting axis (9) of the upper and lower supports (8, 11) connects to a pull rod (12) for linking with an articulated joint (16) to a lower arm (13) of the backrest frame (14), wherein the backrest frame (14) is rotationally mounted about a horizontal axis (15) being parallel to the axis (6) for rotationally mounting the seat frame (1).
WO/2015/072868 MODULAR TELEMEDICINE APPARATUS||WO||21.05.2015|
||PCT/PL2014/050073||IMED24 S.A.||NOWICKI, Piotr|
Modular telemedicine apparatus comprising: a battery power source, a data carrier, a battery charging and protection system, a USB interface system, and data analysis and control module, wherein the battery power source, the data carrier, the battery charging and protection system, and the USB interface system are interconnected and constitute a separate power supply and data module replaced at the same time upon battery drain and/or filling the data carrier up.
WO/2015/069128 METHOD OF LIGHTING PHOTOGRAPHED OBJECTS AND CORRESPONDING DEVICE FOR LIGHTING PHOTOGRAPHED OBJECTS, ESPECIALLY FOR ARCHITECTURAL MODELS||WO||14.05.2015|
||PCT/PL2014/050072||ŁYSAK, Ernest||ŁYSAK, Ernest|
A method of lighting a photographed object, especially with the flash light, in which the luminous flux splits into at least two outcoming fluxes, in which the proportions of the luminous flux splitted are change and regulated. The luminous flux coming out of from the flash splits by the change of position of a diverter valve mounted in a channel carrying the luminous flux, at the face of the internal wall dividing the channels, or by the change of location of the channels carrying the luminous flux towards the outlet from the flash. A device comprising an inlet channel and outlet channels, a movable diverter valve assembly splitting the luminous flux coming into the inlet channel from the flash, wherein the inlet channel (00.01.01, 01.01.01) is limited by side walls (00.02.01, 01.02.01, 00.02.02, 01.02.02), an upper wall (00.11.01, 01.11.01) and a bottom wall (00.03.01, 01.03.01), and is divided by an internal wall (00.04.01, 01.04.01) so as to divide the light fluxes coming into the inlet channel (00.01.01 00.05.01, 01.05.02), wherein the diverter valve assembly is mounted (00.06.01, 01.06.01) on the internal wall (00.04.01, 01.04.01) so as to split and direct the luminous flux to the chosen outlet channels. The diverter valve assembly (01.06.01) is pivotally mounted in a base (01.09.1) on the edge of the internal wall (01.04.01), and the edge of the diverter valve wedge (01.07.1) is directed towards the source of light. The outlet channels are covered with screens that allow the light to permeate and diffuse.
WO/2015/069126 OIL-FREE STEAM ENGINE WITH AN OSCILLATING PISTON||WO||14.05.2015|
||PCT/PL2014/000127||CHOMCZYK, Włodzimierz||CHOMCZYK, Włodzimierz|
Oil-free steam engine with a rotary and oscillating piston in a shape of rectangular plate or square plate or profiled plate attached on the shaft or in the engine shields. The piston rotates together with the shaft or with the shields and is separated from the cylinder surface by a labyrinth slit, such that it does not press on the cylinder surface. As there is no friction between the piston and the cylinder, no lubrication is necessary.
WO/2015/069125 TURBOMACHINE EXHAUST FRAME||WO||14.05.2015|
||PCT/PL2013/000142||GENERAL ELECTRIC COMPANY||PAKKALA, Srinivasa, Rao|
A turbomachine exhaust frame includes a body having an outer barrel member (50) including an outer surface and an inner surface and an inner barrel member (52) having an outer surface and an inner surface. A first flow passage (61) is defined by the outer surface and the inner surface of the outer barrel member. A second flow passage (68) is defined by the outer surface and the inner surface of the inner barrel member. A first cooling circuit (91) having a first inlet and a first outlet is connected to the first flow passage, and a second cooling circuit (94) having a second inlet and a second outlet is fluidically connected to the second flow passage. A nozzle (130) is arranged in the first flow passage and is connected to the first cooling circuit. The nozzle introduces a fluid flow into the first flow passage in at least one of an axial and an annular direction.
WO/2015/069127 MULTI-DIRECTIONAL CABLE ROUTE||WO||14.05.2015|
||PCT/PL2014/050065||SIELSKI, Kazimierz||SIELSKI, Kazimierz|
The invention relates to a multi-directional cable route. The multi-directional cable route comprising straight slide-in cable racks (1 ), straight overlaid cable racks (2), arched cable racks (3), connectors, platforms (7) used for descending cables out the cable racks and covers (8) is characterized in that at their inner connecting sections (10) the slide-in straight racks (1 ) are provided with leading protrusions (15) and openings (16) for catches (12) of external connecting sections (9) and holes for mounting screws (25), whereas at their external connecting sections (9) the slide-in straight racks have tongues (1 1 ) with catches (12), cut-outs (13) and holes (14) for mounting screws. An articulated connectors (4) has two identical wings with flanges (22) and holes (21 ) and the wings are connected to each other by a pin (20). An straight connector has rectangular cut-outs (23) and oval mounting holes (24).
WO/2015/065210 SECURE MOBILE ACCESS TO RESOURCES WITHIN A PRIVATE NETWORK||WO||07.05.2015|
||PCT/PL2014/050027||SEED LABS SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ||SŁUPIK, Szymon|
A method for secure mobile access to resources within a private network, according to the invention comprising accessing said resources from a mobile station (212) operating within a mobile network (211) or public Internet Network (221), outside of said private network (201), or any suitable accessing device operating outside of said private network (201), and wherein said access is provided within telecommunications system (200), in general, comprising at least a private network (201) and a public Internet network (221). The method is characterized in that it comprising: establishing a first connection between a resource server (203) computer and a second server (222) computer situated in the public network (221); receiving, by the second server (222) computer, a request to initiate a second connection, wherein the second connection is between a mobile station (212) and the resource server (203) computer; routing, by the proxy service of the second server (222) computer, the initiation request to the resource server (203) computer via the first connection; and establishing the second connection, based on the resource server (203) computer receiving the initiation request.
WO/2015/065214 METHOD OF PRODUCING PLANT EXTRACTS||WO||07.05.2015|
||PCT/PL2014/050071||BIOPOINT M JANKOWSKI M NIEWIADOMSKA SPÓŁKA JAWNA||NIEWIADOMSKA, Magdalena|
The object of the invention is a method of producing plant extracts, characterized in that it comprises a) crushing the plant material, preferably in a homogenizer and demineralized water; b) maceration of homogenized material of step a), preferably for 24 hours in closed periodical extractors with water jacket at the temperature of 20°C; c) fractionation and concentration of the extract of step b), using membrane techniques at the temperature from 20°C to 25°C comprising: - preliminary filtering of solid impurities and colloids by means of a set of filters, preferably with the porosity of μm, 5 μm and 0.3 μm, and with the initial flow rate of 700 l/h, and the final of 100 l/h under the pressure of 0.5 MPa; - ultra-filtration of the permeate after preliminary filtration, preferably by means of semipermeable membranes with the porosity of 0.03 μm under 0.8 MPa pressure; d) carrying out reverse osmosis of the solution obtained in step d), preferably with the initial and final feed flow at 200 l/h and 100 l/h, respectively, and under 2.5 MPa pressure, and plant extract of reduced allergenicity and aw.
WO/2015/065211 METHOD FOR DECORATING PVC ELEMENTS||WO||07.05.2015|
||PCT/PL2014/050063||PRZEDSIĘBIORSTWO WIELOBRANŻOWE VIKKING KTS SP. Z O.O.||KONASZUK, Tadeusz|
A method according invention lies in that, using a machine equipped with a mechanical sliding table with adjustable feed speed, and a variable speed spindle whose axis is perpendicular to the direction of slide of the table and said spindle has ability to approach, with adjustable down force, to the workpiece, there is a pattern cut in the surface of an element in the form of the of elongate irregular lines imitating aged wood, using a wire brush roller, and in the next step, the surface with obtained pattern is treated in order to blunt sharp edges and to remove burrs. The implemented brush is formed from steel or brass wires with a diameter of 0.2 to 0.5mm and said brush has shape of a cylinder with an outer diameter dimension of 80 to 400 mm, and it is mounted on the machine spindle in such a way that the axis of the cylinder is inclined to the spindle axis at an angle of 1 to 3 degrees. The following parameters are used during cutting: rotational speed of the brush in the range of 100 to 800 rev/min, the table feed speed of 0.7 to 1.2 m/min. The surface with obtained pattern is treated in order to blunt sharp edges and to remove burrs by brushing using tynex head, or by hand or mechanical deburring using abrasives or by sandblasting.