mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for directing a lightning current within a wind turbine, - with a first component (11,12), a second component (21,22), a contact element (41,42) and a guideway (31,32); - wherein one of the two components is arranged moveably in relation to the other; - wherein the contact element (41,42) is arranged in a way that the first component (11,12) is electrically connected to the second component (21,22) to direct a lightning current within the wind turbine; - wherein the contact element (41,42) has a first end and a second end; - wherein said first end is pressed onto the second component (21,22) to form a sliding contact; - wherein the contact element (41,42) is guided moveably by the guideway (31,32); and - wherein the guideway (31,32) is at least partly integrated in the first component (11,12); characterized in that - said second end is connected to a fastening element (61,62) of the first component (11,12) via a current conducting spring element (51,52). - with a first component (11,12), a second component (21,22), a contact element (41,42) and a guideway (31,32); - wherein one of the two components is arranged moveably in relation to the other; - wherein the contact element (41,42) is arranged in a way that the first component (11,12) is electrically connected to the second component (21,22) to direct a lightning current within the wind turbine; - wherein the contact element (41,42) has a first end and a second end; - wherein said first end is pressed onto the second component (21,22) to form a sliding contact; - wherein the contact element (41,42) is guided moveably by the guideway (31,32); and - wherein the guideway (31,32) is at least partly integrated in the first component (11,12); characterized in that - said second end is connected to a fastening element (61,62) of the first component (11,12) via a current conducting spring element (51,52).
Drain fitting, in particular for bathtubs, comprising a drain housing which defines a drainage channel and comprises a drain valve which can be actuated by means of an actuating element and is provided with fastening means for fluid-tight fastening to a tub base opening or basin base opening, and comprising a cover arranged above the drain valve, the drain housing comprising a water supply channel (1.10) to which an inlet channel is connected which opens above the drain valve and below the cover, characterised in that the inlet channel is provided with an annular inlet piece (19.1) and a rubber-elastic sealing ring which acts as a water-pressure-actuated closure element, the annular inlet piece (19.1) comprising an annular gap (19.2) which extends in a substantially radial manner, is protected by means of the rubber-elastic sealing ring against contaminants seeping in from the bath tub, and is closed towards the inner periphery of the inlet piece (19.1).
A process for removing contaminants from olefin containing C 4 streams comprising contacting said olefin containing C 4 streams with an X based zeolite adsorbent comprising >88% X zeolite at a SiO 2 /Al 2 O 3 ratio of less than 2.5 and an alkali metal salt present in excess of an amount required to achieve full exchange of cation sites on said X based zeolite wherein a resulting alkali oxide on a volatile free basis is less than 1% (by mass) of the X based adsorbent.
An electrical installation box for surface mounting, wherein an installation space of the electrical installation box is delimited by a base and a wall projecting from the base, the wall having at least one aperture closed by means of a removable insert, characterized in in that the insert has a printed circuit board with an electrical component or a directly wired electrical component, wherein at least one electrical conductor is led from the printed circuit board or from the directly wired electrical component into the installation space.
A printing apparatus which is connected to a host computer via a network, and which operates in a first mode in which network communication is enabled and in a second mode in which network communication is disabled, the printing apparatus comprising: a control unit configured to control a bidirectional transition between the first mode and the second mode; a transmission unit configured to transmit a query about print data to the host computer when a transition from the second mode to the first mode has been made; a reception unit configured to receive print data having been transmitted from the host computer as a response to the query; and a printing unit configured to perform printing on the basis of the print data, the printing apparatus further comprising a setting unit configured to set a reservation time zone within which a transition from the first mode to the second mode is forbidden, wherein the control unit is configured to make a transition from the second mode to the first mode within the reservation time zone, characterized in that the host computer is one of a plurality of host computers, and the setting unit is configured to set reservation time zones each corresponding to respective host computers, and the printing unit is configured to, in the case where print data from any of the host computers have been received during a reservation time zone, preferentially perform printing of print data from a host computer corresponding to the reservation time zone, wherein the control unit is configured to make a transition from the first mode to the second mode when any print data have not been received from any of the host computers in response to the query, wherein the first mode is a normal power mode and the second mode is a power saving mode. a control unit configured to control a bidirectional transition between the first mode and the second mode; a transmission unit configured to transmit a query about print data to the host computer when a transition from the second mode to the first mode has been made; a reception unit configured to receive print data having been transmitted from the host computer as a response to the query; and a printing unit configured to perform printing on the basis of the print data, the printing apparatus further comprising a setting unit configured to set a reservation time zone within which a transition from the first mode to the second mode is forbidden, wherein the control unit is configured to make a transition from the second mode to the first mode within the reservation time zone,
Aircraft cabin section, comprising: an aircraft skin; a door frame, which forms a door opening in the aircraft skin; a passenger door, which is arranged on the door frame and is designed to close the door opening; and a floor, which is arranged on the inner side in front of the passenger door; wherein a door insulation means, which is fastenable on, and lies against, the inner side of the passenger door at least in sections and is produced from a textile material which is heat-insulating and/or airflow-inhibiting, wherein the door insulation means is dimensioned in such a manner that it is larger in a lower section than the door opening and rests on the floor of the aircraft cabin section. an aircraft skin; a door frame, which forms a door opening in the aircraft skin; a passenger door, which is arranged on the door frame and is designed to close the door opening; and a floor, which is arranged on the inner side in front of the passenger door; wherein a door insulation means, which is fastenable on, and lies against, the inner side of the passenger door at least in sections and is produced from a textile material which is heat-insulating and/or airflow-inhibiting, wherein the door insulation means is dimensioned in such a manner that it is larger in a lower section than the door opening and rests on the floor of the aircraft cabin section.
A stent grafting system including: a branched iliac stent graft (80;140); and a leg extension stent graft connection piece (10; 150), the leg extension stent graft connection piece including a tubular body of a biocompatible graft material, the tubular body having a proximal end with an outside sealing surface, a plurality of self-expanding stents connected to the tubular body along the length thereof with at least one self-expanding stent within the tubular body at the proximal end, the tubular body having a distal end including a connection region, the connection region including a flared stent defining an external frusto-conical surface extending from the distal end of the tubular body to provide a connection arrangement for engagement within an internally flared wider portion of the branched iliac stent graft where a side arm (84; 142) extends from a tubular body of the branched iliac stent graft, whereby the leg extension stent graft connection piece is able to connect a pre-deployed branched iliac stent graft to a pre-deployed aortic bifurcation stent graft. a branched iliac stent graft (80;140); and a leg extension stent graft connection piece (10; 150), the leg extension stent graft connection piece including a tubular body of a biocompatible graft material, the tubular body having a proximal end with an outside sealing surface, a plurality of self-expanding stents connected to the tubular body along the length thereof with at least one self-expanding stent within the tubular body at the proximal end, the tubular body having a distal end including a connection region, the connection region including a flared stent defining an external frusto-conical surface extending from the distal end of the tubular body to provide a connection arrangement for engagement within an internally flared wider portion of the branched iliac stent graft where a side arm (84; 142) extends from a tubular body of the branched iliac stent graft, whereby the leg extension stent graft connection piece is able to connect a pre-deployed branched iliac stent graft to a pre-deployed aortic bifurcation stent graft.
A system, comprising path sections (5, 15), wherein each path section (5, 15) comprises a supply line into which a medium-frequency current can be fed from an infeed associated with the respective path section (5, 15), wherein each infeed comprises a control circuit (1, 11), wherein a first one of the control circuits (1, 11), in particular master, transmits a clock signal for synchronising the further infeeds to these, in particular slave, wherein each infeed comprises a respective medium-frequency voltage source operated in pulse-width modulated manner, the output voltage of which is supplied in each case to a gyrator as voltage-current converter (4, 14), the output current of which is fed into the respective supply line, wherein the control circuits (1, 11) comprise means for synchronising with which the output voltages are generated with a phase relation synchronised to each other, i.e. are in phase, wherein - the control circuit (1, 11) is embodied as a digital system and - the synchronisation is based only on information which is present in the digital portion of the infeed. - the control circuit (1, 11) is embodied as a digital system and - the synchronisation is based only on information which is present in the digital portion of the infeed.
A rotor assembly for a rotor, comprising: a coil turn formed of a plurality of conductors radially stacked in a multilayer structure, wherein the coil turn includes a linear part and a curved part extending from the linear part; a cylindrical housing coupled to an outer circumferential surface of a rotor body and configured to house the coil turn therein; a supporting unit disposed in the housing and configured to prevent the coil turn from being pushed in an axial direction of the rotor; a vane ring coupled to one end of the housing and provided with a plurality of blades guiding cooling fluid to the coil turn; and characterized in that a plurality of first supporting blocks and a plurality of second supporting blocks are inserted into the curved part and radially interposed between the conductors to form flow paths, and the first supporting blocks and the second supporting blocks support the conductors with respect to a radial direction of the rotor, wherein the first supporting blocks and the second supporting blocks are interposed between portions of the conductors that form the curved part and are arranged in the radial direction. a coil turn formed of a plurality of conductors radially stacked in a multilayer structure, wherein the coil turn includes a linear part and a curved part extending from the linear part; a cylindrical housing coupled to an outer circumferential surface of a rotor body and configured to house the coil turn therein; a supporting unit disposed in the housing and configured to prevent the coil turn from being pushed in an axial direction of the rotor; a vane ring coupled to one end of the housing and provided with a plurality of blades guiding cooling fluid to the coil turn; and characterized in that a plurality of first supporting blocks and a plurality of second supporting blocks are inserted into the curved part and radially interposed between the conductors to form flow paths, and the first supporting blocks and the second supporting blocks support the conductors with respect to a radial direction of the rotor, wherein the first supporting blocks and the second supporting blocks are interposed between portions of the conductors that form the curved part and are arranged in the radial direction.
A carrier apparatus for a flexible display, wherein the carrier apparatus comprises a base carrier, at least one boundary wall (13a, 13b) and a flexible carrier, wherein the base carrier accommodates the flexible carrier and wherein the flexible carrier is at least partially bounded by the at least one boundary wall (13a, 13b) and wherein the flexible carrier is designed to arrange the flexible display arranged, characterized in that the flexible carrier is designed and configured as a chamber-like structure and has a mechanical flexibility, wherein the chamber-like structure can be compressed, wherein the mechanical flexibility of the flexible carrier is configured to be switched, wherein by means of a switching unit of the carrier unit, when the flexible carrier is compressed, the flexible carrier is switched to an inflexible state and, when the flexible carrier is decompressed, the flexible carrier is switched to a flexible state of the flexible carrier, wherein the display is designed as a touch display, wherein the touch display can be operated by touch in the inflexible state of the flexible carrier.
A light management device for a vehicle, in particular a railway vehicle, the vehicle comprising at least one car extending mainly in a longitudinal direction and comprising a plurality of axles (14,... 14C), the device comprising: - a plurality of sensors for measuring the density of passengers on board the vehicle suitable for calculating a density of passengers per zone in the vehicle, - a plurality of light sources (20A,..., 20G) grouped into at least two groups (21A,..., 21H) of light sources, each group being associated with a respective zone of the vehicle and each source (20A,..., 20G) of a same group (21A,..., 21H) of sources emitting light radiation with the same optical characteristic, - a control unit connected to each of the sensors for measuring the density of passengers, and to the light sources (20A,..., 20G), the control unit being configured to control the optical characteristic of the light radiation of the light sources (20A,..., 20G) of a same group of light sources (21A,..., 21H) based on the passenger density measured for the corresponding zone, characterized in that, the plurality of sensors for measuring the density of passengers is formed by a plurality of axle load sensors (24A,..., 24D) intended to be respectively connected to the axles (14A,..., 14C), each axle load sensor (24A,..., 24D) being configured to measure a load carried by the corresponding axle (14A,..., 14C). - a plurality of sensors for measuring the density of passengers on board the vehicle suitable for calculating a density of passengers per zone in the vehicle, - a plurality of light sources (20A,..., 20G) grouped into at least two groups (21A,..., 21H) of light sources, each group being associated with a respective zone of the vehicle and each source (20A,..., 20G) of a same group (21A,..., 21H) of sources emitting light radiation with the same optical characteristic, - a control unit connected to each of the sensors for measuring the density of passengers, and to the light sources (20A,..., 20G), the control unit being configured to control the optical characteristic of the light radiation of the light sources (20A,..., 20G) of a same group of light sources (21A,..., 21H) based on the passenger density measured for the corresponding zone, characterized in that, the plurality of sensors for measuring the density of passengers is formed by a plurality of axle load sensors (24A,..., 24D) intended to be respectively connected to the axles (14A,..., 14C), each axle load sensor (24A,..., 24D) being configured to measure a load carried by the corresponding axle (14A,..., 14C).
A head-up display for irradiating display light of a display image projected by a display device to a transmission reflection part on a vehicle to allow a viewer to visually recognize a virtual image of the display image, wherein the display device includes a circuit substrate including a heat dissipation plate in an inner layer and a light source provided on the heat dissipation plate; wherein the heat dissipation plate includes a rectangular heat dissipation plate having a corner, the light source includes a rectangular light source having a corner; characterized in that the circuit substrate includes a quadrangular shape having a corner, and wherein the heat dissipation plate is arranged in such a manner that the corner of the heat dissipation plate is rotated by approximately 45 degrees with respect to the corner of the light source and is rotated by approximately 45 degrees with respect to the corner of the circuit substrate. wherein the display device includes a circuit substrate including a heat dissipation plate in an inner layer and a light source provided on the heat dissipation plate; wherein the heat dissipation plate includes a rectangular heat dissipation plate having a corner, the light source includes a rectangular light source having a corner; characterized in that the circuit substrate includes a quadrangular shape having a corner, and wherein the heat dissipation plate is arranged in such a manner that the corner of the heat dissipation plate is rotated by approximately 45 degrees with respect to the corner of the light source and is rotated by approximately 45 degrees with respect to the corner of the circuit substrate.
A method comprising: contacting a sample of nucleic acid with a reaction mixture comprising a set of oligonucleotide primers, one or more polymerase enzymes and emulsion-forming components, wherein said emulsion-forming components comprise a non-ionic detergent and a hydrophobic polymer, and wherein said non-ionic detergent is selected from the group consisting of Tween 20, Tween 40, Tween 80, Triton X 100 and Triton X 102; subjecting said reaction mixture to conditions under which said nucleic acid sequence is amplified to produce an amplified product in a multiple displacement reaction, wherein the amplification reaction is performed in an emulsion format; and breaking said emulsion upon completion of said multiple displacement amplification reaction, by adding an emulsion-breaking compound to said reaction to convert said emulsion to aqueous and hydrophobic phases. contacting a sample of nucleic acid with a reaction mixture comprising a set of oligonucleotide primers, one or more polymerase enzymes and emulsion-forming components, wherein said emulsion-forming components comprise a non-ionic detergent and a hydrophobic polymer, and wherein said non-ionic detergent is selected from the group consisting of Tween 20, Tween 40, Tween 80, Triton X 100 and Triton X 102; subjecting said reaction mixture to conditions under which said nucleic acid sequence is amplified to produce an amplified product in a multiple displacement reaction, wherein the amplification reaction is performed in an emulsion format; and breaking said emulsion upon completion of said multiple displacement amplification reaction, by adding an emulsion-breaking compound to said reaction to convert said emulsion to aqueous and hydrophobic phases.
Sterilisation container with a lid with closure for producing a connection between sterilisation container and lid, wherein the lid possesses screw elements (22.1-22.4) for attaching a receptacle housing, and the screw elements (22.1-22.4) are designed such that the receptacle housing by attaching and turning, similar to a bayonet closure, is releasably connected with the lid, and the receptacle housing possesses bulges (24.1-24.8) and a filter is integrated in the receptacle housing, wherein the screw elements (22.1-22.4) reach through the lid and fixedly connect a plastic cover, located on the side of the lid opposite to the receptacle housing, with the lid.
A computer-implemented method for monitoring a person performing a physical exercise based on a sequence of image frames showing the person's exercise activity, the method comprising the following steps - extracting, based on the sequence of image frames, for each image frame a set of body key points (5-1 - 5-16) using a neural network, the set of body key points (5-1 - 5-16) being indicative of the person's posture in the image frame; - deriving, based on a subset of the body key points (5-1 - 5-16) in each image frame, at least one characteristic parameter indicating the progression of the person's movement; - detecting a start loop condition by evaluating the time progression of at least one of the characteristic parameters, said start loop condition indicating a transition from a start posture of the person to the person's movement when performing the physical exercise, wherein a loop of exercising encompasses one single repetition of the physical exercise; - detecting at least one evaluation point in the person's movement during the loop of exercising by evaluating the time progression of at least one of the characteristic parameters; - evaluating the person's posture in a respective image frame at each evaluation point or in at least one image frame in a respective predefined time interval around each evaluation point; and - detecting an end loop condition by evaluating the time progression of at least one of the characteristic parameters, said end loop condition indicating a transition from the person's movement when performing the physical exercise to an intermediate posture. - extracting, based on the sequence of image frames, for each image frame a set of body key points (5-1 - 5-16) using a neural network, the set of body key points (5-1 - 5-16) being indicative of the person's posture in the image frame; - deriving, based on a subset of the body key points (5-1 - 5-16) in each image frame, at least one characteristic parameter indicating the progression of the person's movement; - detecting a start loop condition by evaluating the time progression of at least one of the characteristic parameters, said start loop condition indicating a transition from a start posture of the person to the person's movement when performing the physical exercise, wherein a loop of exercising encompasses one single repetition of the physical exercise; - detecting at least one evaluation point in the person's movement during the loop of exercising by evaluating the time progression of at least one of the characteristic parameters; - evaluating the person's posture in a respective image frame at each evaluation point or in at least one image frame in a respective predefined time interval around each evaluation point; and - detecting an end loop condition by evaluating the time progression of at least one of the characteristic parameters, said end loop condition indicating a transition from the person's movement when performing the physical exercise to an intermediate posture.