mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine (20; 100) comprising: a compressor , a combustor and a turbine ; and a housing for said gas turbine engine (20; 100), with said housing including a mount member to define a vertically upper location, and sides of the engine being defined on opposed sides of the mount member; characterised in that : a fuel filter , a fuel pump and a fuel flow meter are positioned on a first of said sides and an oil pump , an oil filter and an oil tank are positioned on a second of said sides . a compressor , a combustor and a turbine ; and a housing for said gas turbine engine (20; 100), with said housing including a mount member to define a vertically upper location, and sides of the engine being defined on opposed sides of the mount member; characterised in that : a fuel filter , a fuel pump and a fuel flow meter are positioned on a first of said sides and an oil pump , an oil filter and an oil tank are positioned on a second of said sides .
A low coherence interferometry system comprising: a first multiplexing unit configured to receive a first beam of radiation and comprising a first plurality of optical elements configured to introduce a group delay to the first beam of radiation based on an optical path traversed by the first beam of radiation among a first plurality of optical waveguides having various group delays, wherein the first plurality of optical elements and the first plurality of optical waveguides are integrated in a substrate; and a second multiplexing unit configured to receive a second beam of radiation, and comprising a second plurality of optical elements configured to differentiate the second beam of radiation among a second plurality of optical waveguides to produce one or more output radiation beams, wherein the second plurality of optical elements and the second plurality of optical waveguides are integrated in the substrate, wherein the second plurality of optical waveguides are configured to guide the one or more output radiation beams towards a sample at different regions or direct the one or more output radiation beams from different directions to the sample . a first multiplexing unit configured to receive a first beam of radiation and comprising a first plurality of optical elements configured to introduce a group delay to the first beam of radiation based on an optical path traversed by the first beam of radiation among a first plurality of optical waveguides having various group delays, wherein the first plurality of optical elements and the first plurality of optical waveguides are integrated in a substrate; and a second multiplexing unit configured to receive a second beam of radiation, and comprising a second plurality of optical elements configured to differentiate the second beam of radiation among a second plurality of optical waveguides to produce one or more output radiation beams, wherein the second plurality of optical elements and the second plurality of optical waveguides are integrated in the substrate, wherein the second plurality of optical waveguides are configured to guide the one or more output radiation beams towards a sample at different regions or direct the one or more output radiation beams from different directions to the sample .
Planetary gear , comprising at least one first and one second planetary stage and a double-wall tube which is attached to a region of a main rotation axis of the planetary gear and which has an inner tube and an outer tube by way of which an annular duct for a lubricant is formed, and which - when viewed along the main rotation axis - in a central portion has an outlet point which is configured for dispensing lubricant from the double-wall tube into a gear component, wherein a bushing is disposed on the outlet point , and a gap is configured at the outlet point , between the bushing and the double-wall tube , characterized in that the planetary gear in a region of the outlet point in the central portion has a pilot bearing which is configured for adjusting the gap .
Infeed installation for a forming machine , for infeeding an elongate workpiece, in particular a wire or a tube, from a workpiece reserve to a forming installation of the forming machine, comprising at least one infeed roller pair which has two infeed rollers which are disposed so as to have mutually parallel rotation axes and so as to be drivable in a mutually counter-rotating manner, and which by way of profiled circumferential faces delimit an infeed nip for guiding through the workpiece , wherein each of the infeed rollers by means of a roller tensioning system is fastened in a rotationally fixed and replaceable manner to one end of an associated infeed shaft , wherein the roller tensioning system has a tensioning screw which in relation to the rotation axis of the infeed roller is centred and which has a threaded portion and a head portion which in relation to the threaded portion is wider, characterized in that a clearance which is open towards the head side and which has a non-round entrainment profile for introducing a tensioning tool is configured in the tensioning screw, and in that a spacer disc is provided, which in the fitted state of the infeed roller is disposed by way of at least one internal portion between the head portion of the tensioning screw and a lateral face of the infeed roller that faces the head portion, wherein the spacer disc has a through opening for guiding through the threaded portion, wherein the through opening on one side transitions into a radially continuous lateral opening of which the clear width is larger than an external diameter of the threaded portion and smaller than a maximum diameter of the head portion , wherein the infeed shaft has a shaft collar and, adjoining thereto, an end-side appendix for plug-fitting an infeed roller , and the infeed roller has a central through bore of which the internal diameter is larger than an external diameter of the appendix, wherein an external diameter of the head portion is smaller than the internal diameter of the through bore .
A spring brake actuator for a vehicle, in particular a commercial vehicle, comprising: a spring brake portion and a service brake portion , wherein the spring brake portion comprises a spring chamber and a compression spring mounted within the spring chamber , wherein the compression spring is configured to generate a spring brake force, the service brake portion comprises a pressure chamber and a nonpressure chamber separated from the pressure chamber by a diaphragm , wherein the diaphragm is elastically deformable upon pressure inside the pressure chamber , wherein the spring chamber of the spring brake portion and the non-pressure chamber of the service portion are connected by at least one ventilation conduit (c) to be in fluid communication with each other, wherein the ventilation conduit (c) extends completely inside the spring brake actuator , characterized in that the spring brake portion comprises - a piston chamber and a spring brake piston that sealingly abuts against a piston chamber wall, is mounted inside the piston chamber and is slidably movable between a retained position and an extended position; and - a piston pipe that is coupled to the spring brake piston wherein the ventilation conduit runs inside the piston pipe .
A non-aqueous, graftable coating composition comprised of a homogenous solution of a polymer and a spin casting organic solvent, wherein the composition does not contain acidic compounds, coloring particles, pigments or dyes, and the polymer has a linear polymer chain structure which is comprised of repeat units derived from monomers containing a single polymerizable olefinic carbon double bond, and the polymer contains at least one triarylmethyl chalcogenide containing moiety which is selected from the group consisting of repeat units having structure (I) and an end chain group unit of structure (II) and mixtures thereof, and the polymer does not contain any repeat units or end groups containing water ionizable groups, ionic groups, free thiol groups, or free hydroxy groups, where A 1 , A 2 , and A 3 are independently an Aryl or a substituted Aryl, and Y is a chalcogen selected from S, Se or Te, and X 1 and X 2 are individually selected organic spacers, and P 1 is an organic polymer repeat unit moiety derived from a monomer containing a single polymerizable olefinic carbon double bound, and P 2 is an end group moiety derived from a monomer containing a single polymerizable olefinic carbon double bound, and represents a direct valence bond to the linear polymer. where A 1 , A 2 , and A 3 are independently an Aryl or a substituted Aryl, and Y is a chalcogen selected from S, Se or Te, and X 1 and X 2 are individually selected organic spacers, and P 1 is an organic polymer repeat unit moiety derived from a monomer containing a single polymerizable olefinic carbon double bound, and P 2 is an end group moiety derived from a monomer containing a single polymerizable olefinic carbon double bound, and represents a direct valence bond to the linear polymer.
A parking control method for controlling a vehicle (V1) to park on a basis of an operation command acquired from inside or outside of the vehicle (V1), the parking control method comprising the steps of: making a determination whether or not an occupant is present inside a vehicle interior of the vehicle (V1); characterized by the step of controlling the vehicle (V1) so that a target speed (VR1) at a position at which the vehicle (V1) is estimated to come into contact with a curbstone (CR) is zero when a determination is made (106: YES) that an occupant is present inside the vehicle interior of the vehicle (V1), and controlling the vehicle (V1) so that a target speed (VR2) at a position at which the vehicle (V1) is estimated to come into contact with a curbstone (CR) is higher than zero when a determination (106: NO) is made that no occupant is present inside the vehicle interior of the vehicle (V1). making a determination whether or not an occupant is present inside a vehicle interior of the vehicle (V1); characterized by the step of controlling the vehicle (V1) so that a target speed (VR1) at a position at which the vehicle (V1) is estimated to come into contact with a curbstone (CR) is zero when a determination is made (106: YES) that an occupant is present inside the vehicle interior of the vehicle (V1), and controlling the vehicle (V1) so that a target speed (VR2) at a position at which the vehicle (V1) is estimated to come into contact with a curbstone (CR) is higher than zero when a determination (106: NO) is made that no occupant is present inside the vehicle interior of the vehicle (V1).
A communications method of a modem, wherein the modem comprises a power interface module configured to receive power from a power supply apparatus in a normal power supply mode, the method comprises: determining a current power supply mode; and if it is determined that the current power supply mode is that a network device is used to supply power by using a copper twisted pair, switching a communications interface from a fiber interface to an electrical interface, wherein the electrical interface connects to the network device by using the copper twisted pair and the fiber interface connects to a passive optical network by using an optical fiber. determining a current power supply mode; and if it is determined that the current power supply mode is that a network device is used to supply power by using a copper twisted pair, switching a communications interface from a fiber interface to an electrical interface, wherein the electrical interface connects to the network device by using the copper twisted pair and the fiber interface connects to a passive optical network by using an optical fiber.
A location-aware device comprising: a position determination sensor that determines a position of the location-aware device; a receiver that receives, from a tag coupled to a golf club, data corresponding to an output of a sensor included in the tag; a processor that associates the data received from the tag with the determined position, and processes the data received from the tag to determine whether to register a golf shot as having occurred at the determined position; and a memory configured to store a golf shot determined to be registered by the processor along with the determined position; characterised in that processing the data received from the tag to determine whether to register a golf shot includes: comparing the data received from the tag to previously stored other data received from the tag to determine whether a current swing occurred at a same location as a previous swing within a predetermined margin of error, wherein the margin of error is determined based at least in part on the golf club selected for the previous swing; and registering the last data stored in association with the determined position as the golf shot at the determined position. a position determination sensor that determines a position of the location-aware device; a receiver that receives, from a tag coupled to a golf club, data corresponding to an output of a sensor included in the tag; a processor that associates the data received from the tag with the determined position, and processes the data received from the tag to determine whether to register a golf shot as having occurred at the determined position; and a memory configured to store a golf shot determined to be registered by the processor along with the determined position; characterised in that processing the data received from the tag to determine whether to register a golf shot includes: comparing the data received from the tag to previously stored other data received from the tag to determine whether a current swing occurred at a same location as a previous swing within a predetermined margin of error, wherein the margin of error is determined based at least in part on the golf club selected for the previous swing; and registering the last data stored in association with the determined position as the golf shot at the determined position. comparing the data received from the tag to previously stored other data received from the tag to determine whether a current swing occurred at a same location as a previous swing within a predetermined margin of error, wherein the margin of error is determined based at least in part on the golf club selected for the previous swing; and registering the last data stored in association with the determined position as the golf shot at the determined position.
A method of performing Hybrid Automatic Repeat request, HARQ, by a user equipment, UE, in a wireless communication system, the method comprising: detecting (S110) a bundled downlink subframe within bundled downlink subframes assigned for the UE , the bundled downlink subframe comprising a physical downlink control channel, PDCCH; detecting (S100) a bundling indicator on the PDCCH, the bundling indicator indicating a number of bundled downlink subframes; determining (S120) whether at least one bundled downlink subframe within the bundled downlink subframes is missed by comparing the bundling indicator with a number of detected bundled downlink subframes; generating a representative ACK/NACK signal for the bundled downlink subframes; wherein the representative ACK/NACK signal is an ACK signal if all the subframes in the bundled downlink subframes are successfully received; and wherein the representative ACK/NACK signal for the bundled downlink subframes is a NACK signal when at least one of the subframes in the bundled downlink subframes is not successfully received; and transmitting (S130) the representative ACK/NACK signal on an uplink channel in an uplink subframe, wherein the representative ACK/NACK signal is transmitted (S130) by using an uplink resource, the uplink resource being determined based on a control channel element, CCE, for transmission of the PDCCH in a last detected subframe of the bundled downlink subframes. detecting (S110) a bundled downlink subframe within bundled downlink subframes assigned for the UE , the bundled downlink subframe comprising a physical downlink control channel, PDCCH; detecting (S100) a bundling indicator on the PDCCH, the bundling indicator indicating a number of bundled downlink subframes; determining (S120) whether at least one bundled downlink subframe within the bundled downlink subframes is missed by comparing the bundling indicator with a number of detected bundled downlink subframes; generating a representative ACK/NACK signal for the bundled downlink subframes; wherein the representative ACK/NACK signal is an ACK signal if all the subframes in the bundled downlink subframes are successfully received; and wherein the representative ACK/NACK signal for the bundled downlink subframes is a NACK signal when at least one of the subframes in the bundled downlink subframes is not successfully received; and transmitting (S130) the representative ACK/NACK signal on an uplink channel in an uplink subframe, wherein the representative ACK/NACK signal is transmitted (S130) by using an uplink resource, the uplink resource being determined based on a control channel element, CCE, for transmission of the PDCCH in a last detected subframe of the bundled downlink subframes.
A lightning current arrester device having a lightning receptor which is connected to an earthing system via an electrical conductor , the electrical conductor being surrounded by an insulation of insulating material , the insulation being surrounded, in the longitudinal direction of the conductor, by a continuous outer conductive layer of a conductive material, a first connector made of electrically conductive material being arranged at that end region of the layer which faces the lightning receptor , by means of which the lightning receptor and/or the electrical conductor is connected to the layer , and a second connector made of electrically conductive material being arranged at the end region of the layer which faces the earthing system , by means of which the electrical conductor and/or the earthing system is connected to the layer surrounding the insulation , the electrical connection between the electrical conductor and the conductive layer in the first connector is established in series only by a first adaptive switching element which, in a normal operating state in which there is no lightning strike, holds the electrical connection in a disconnected position, the open position, and which, in a lightning strike position, is closed by the response voltage of the first switching element which then occurs or is exceeded and establishes the connection, wherein, in the case of a metrological test, there is an insulation between the electrical conductor and the outer conductive layer of the high voltage-resistant insulated down conductor , and in the case of potential differences, such as in the case of a lightning strike, there is a conductive connection between the electrical conductor and the outer conductive layer of the high voltage-resistant insulated down conductor , characterized by that the electrical connection between the electrical conductor and the conductive layer in the second connector is established in series only by an adaptive second switching element which, in a normal operating state in which there is no lightning strike, maintains the electrical connection in an insulating layer, the opening position and which, in a lightning strike position, is closed by the response voltage of the second switching element which then occurs or is exceeded and establishes the connection, wherein, in the case of a metrological test, there is an insulation between the electrical conductor and the outer conductive layer of the high voltage-resistant insulated down conductor , and in the event of potential differences, such as a lightning strike, there is a conductive connection between the electrical conductor and the outer semiconductive layer of the high voltage-resistant insulated down conductor .
Sanding pad (P) for a sanding unit (G), for sanding wood, plastic, metal and similar surfaces, comprising a rotating body having a rotating driven shaft and a main plate coupled with said shaft , said main plate having a first and a second face and a lateral surface , an abrasive disc arranged on said first face of said main plate , so as to carry out a sanding operation when said shaft is opreated in rotation, and an annular element for the perimeter blocking of said abrasive disc , wherein said annular element is coupled with said main plate so as to be movable between an unlocking position of said abrasive disc and a blocking position of said abrasive disc , characterized in that it comprises elastic means for coupling between said annular element and said main plate to hold said annular element in said blocking position of said abrasive disc . a rotating body having a rotating driven shaft and a main plate coupled with said shaft , said main plate having a first and a second face and a lateral surface , a rotating driven shaft and a main plate coupled with said shaft , said main plate having a first and a second face and a lateral surface , an abrasive disc arranged on said first face of said main plate , so as to carry out a sanding operation when said shaft is opreated in rotation, and an annular element for the perimeter blocking of said abrasive disc , wherein said annular element is coupled with said main plate so as to be movable between an unlocking position of said abrasive disc and a blocking position of said abrasive disc , characterized in that it comprises elastic means for coupling between said annular element and said main plate to hold said annular element in said blocking position of said abrasive disc .
A composite pipe (22;40) for a refrigerating apparatus comprising: a refrigerant pipe formed of a metal and through which a refrigerant is allowed to flow; a plate-shaped member formed of the same metal of the refrigerant pipe and having a first side plane in contact with an outer circumferential surface of the refrigerant pipe and a second side plane opposite to the first side plane ; a bonding section installed between the first side plane of the plate-shaped member and the outer circumferential surface of the refrigerant pipe so as to join the refrigerant pipe with the plate-shaped member ; a cooling member configured to cool heat generating parts via the plate-shaped member by the refrigerant flowing through the refrigerant pipe , which is formed of a different metal from the refrigerant pipe and the plate-shaped member , and has a first surface facing the second side plane of the plate-shaped member and a second surface opposite to the first surface and in contact with the heat generating parts ; and a sheet-shaped heat transfer member installed between the plate-shaped member and the cooling member so as to be adhered to the second side plane of the plate-shaped member and the first surface of the cooling member . a refrigerant pipe formed of a metal and through which a refrigerant is allowed to flow; a plate-shaped member formed of the same metal of the refrigerant pipe and having a first side plane in contact with an outer circumferential surface of the refrigerant pipe and a second side plane opposite to the first side plane ; a bonding section installed between the first side plane of the plate-shaped member and the outer circumferential surface of the refrigerant pipe so as to join the refrigerant pipe with the plate-shaped member ; a cooling member configured to cool heat generating parts via the plate-shaped member by the refrigerant flowing through the refrigerant pipe , which is formed of a different metal from the refrigerant pipe and the plate-shaped member , and has a first surface facing the second side plane of the plate-shaped member and a second surface opposite to the first surface and in contact with the heat generating parts ; and a sheet-shaped heat transfer member installed between the plate-shaped member and the cooling member so as to be adhered to the second side plane of the plate-shaped member and the first surface of the cooling member .