mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine comprising an annular seal, the annular seal, comprising: an attachment portion; and a first leg radially inward of the attachment portion, characterised by: a second leg being radially inward of the attachment portion and configured to block flow from directly contacting a fastener associated with a bearing compartment (78; 96) of the turbomachine, wherein the second leg is spaced axially forward from at least a portion of the bearing compartment (78; 96) and is configured to redirect an axial flow from a turbine section of the turbomachine, the axial flow moving toward the portion of the bearing compartment (78; 96) through a channel provided at least partially by a turbine rotor. an attachment portion; and a first leg radially inward of the attachment portion, characterised by: a second leg being radially inward of the attachment portion and configured to block flow from directly contacting a fastener associated with a bearing compartment (78; 96) of the turbomachine, wherein the second leg is spaced axially forward from at least a portion of the bearing compartment (78; 96) and is configured to redirect an axial flow from a turbine section of the turbomachine, the axial flow moving toward the portion of the bearing compartment (78; 96) through a channel provided at least partially by a turbine rotor.
Device with a rotatable shaft and a fixed housing, where the shaft is supported in the housing with the aid of at least one shaft bearing and where the shaft bearing is lubricated with a lubricant, preferably oil, where a fan that can generate overpressure in the area between the fan and the shaft bearing when the shaft rotates is secured to the shaft beside the shaft bearing, characterised in that the fan comprises several parts that are placed around the shaft and connected to the shaft with a tightening strap or a clamp.
A method for adjusting transmitter output power, P TX, the method comprising: Sensing, by a proximity sensor (125, 126) communicatively coupled to a transmitting device, an object proximate to the transmitting device; determining whether the P TX of an antenna operatively coupled to the transmitting device is greater than a specific absorption rate SAR threshold output power, P SARMAX, when the proximity sensor (125, 126) senses the object proximate to the transmitting device; obtaining an image from a camera, when it is determined that the P TX of the antenna is greater than the P SARMAX; analyzing the image to determine whether the transmitting device is proximate to a portion of a human body, when it is determined that the P TX of the antenna is greater than the P SARMAX; and adjusting the P TX of the antenna to be less than or equal to P SARMAX, when it is determined that the transmitting device is proximate to the portion of the human body or when it cannot be determined whether the transmitting device is proximate to a portion of a human body. Sensing, by a proximity sensor (125, 126) communicatively coupled to a transmitting device, an object proximate to the transmitting device; determining whether the P TX of an antenna operatively coupled to the transmitting device is greater than a specific absorption rate SAR threshold output power, P SARMAX, when the proximity sensor (125, 126) senses the object proximate to the transmitting device; obtaining an image from a camera, when it is determined that the P TX of the antenna is greater than the P SARMAX; analyzing the image to determine whether the transmitting device is proximate to a portion of a human body, when it is determined that the P TX of the antenna is greater than the P SARMAX; and adjusting the P TX of the antenna to be less than or equal to P SARMAX, when it is determined that the transmitting device is proximate to the portion of the human body or when it cannot be determined whether the transmitting device is proximate to a portion of a human body.
Use, in a chiller used in connection with a commercial air conditioning system, of a refrigerant composition comprising trans-1,1,1,3-tetrafluoropropene (trans-HFO-1234ze), wherein the composition has a Global Warming Potential of not greater than 1000.
A wind turbine blade of generally hollow construction and formed from first and second opposing half-shells; each half-shell comprising an inner skin and an outer skin and first and second elongate reinforcing structures (9, 10, 22, 23) being located between the inner and outer skins; each reinforcing structure (9, 10, 22, 23) extending along the lengthwise direction of the blade and comprising a stack of layers; each stack having a thickness which extends in a direction substantially perpendicular to a surface of the blade; each layer extending across a width of the respective stack, the width being perpendicular to the lengthwise direction of the blade and perpendicular to the thickness of the stack, and each layer comprising at least one pre-cured pultruded fibrous composite strip; each half-shell further comprising core material disposed between the inner and outer skins and extending: (a) between the first (9, 22) and second (10, 23) elongate reinforcing structures; (b) from the first elongate reinforcing structure towards a leading edge of the blade; and (c) from the second elongate reinforcing structure towards a trailing edge of the blade; wherein the wind turbine blade further comprises a first elongate web extending between the first reinforcing structure in the first half-shell and the first reinforcing structure in the second half-shell, and a second elongate web extending between the second reinforcing structure in the first half-shell and the second reinforcing structure in the second half-shell.
An introduction arrangement for a bifurcated stent graft intended for deployment into the lumen of a vessel having a branch vessel extending therefrom, the arrangement comprising: an introducer comprising: a proximal end and a distal end; a nose cone dilator; a first guide wire catheter extending from the distal end of the introducer to the nose cone dilator, the first guide wire catheter having a proximal end, a distal end and a lumen therethrough configured to receive a first guide wire; a bifurcated stent graft retained at its proximal end by a proximal stent graft end retention arrangement onto the introducer immediately distal of the nose cone dilator and at its distal end by a distal stent graft end retention arrangement onto the introducer; the stent graft comprising a main body, a main lumen through the main body, a branch and a side lumen through the branch; a sleeve extending over the stent graft; a second guide wire catheter having a guide wire lumen configured to receive a second guide wire, wherein the second guide wire catheter passes outside the main body, then enters the side lumen from a distal end thereof, then exits from the main body adjacent the nose cone dilator, and wherein the second guide wire catheter is removable from the introducer. a proximal end and a distal end; a nose cone dilator; a first guide wire catheter extending from the distal end of the introducer to the nose cone dilator, the first guide wire catheter having a proximal end, a distal end and a lumen therethrough configured to receive a first guide wire; a bifurcated stent graft retained at its proximal end by a proximal stent graft end retention arrangement onto the introducer immediately distal of the nose cone dilator and at its distal end by a distal stent graft end retention arrangement onto the introducer; the stent graft comprising a main body, a main lumen through the main body, a branch and a side lumen through the branch; a sleeve extending over the stent graft; a second guide wire catheter having a guide wire lumen configured to receive a second guide wire, wherein the second guide wire catheter passes outside the main body, then enters the side lumen from a distal end thereof, then exits from the main body adjacent the nose cone dilator, and wherein the second guide wire catheter is removable from the introducer.
A control device (1, 7) for controlling an audio network I/O device connected to the control device (1, 7) via an audio network having a plurality of transmission channels for transmitting audio signals, the control device (1, 7) comprising: a band management section adapted to: receive a request by the I/O device for reserving one or more transmission channels; check for empty transmission channels of the audio network; and if an empty transmission channel exists, accept the request by providing a channel number or numbers for the I/O device; and a connection setting section adapted to set signal supply destination information and signal supply source information for the I/O device, the signal supply destination information indicating an I/O device signal supply destination to which a signal supply source of the I/O device is connected to, the signal supply source information indicating an I/O device signal supply source to which a signal supply destination of the I/O device is connected to. a band management section adapted to: receive a request by the I/O device for reserving one or more transmission channels; check for empty transmission channels of the audio network; and if an empty transmission channel exists, accept the request by providing a channel number or numbers for the I/O device; and a connection setting section adapted to set signal supply destination information and signal supply source information for the I/O device, the signal supply destination information indicating an I/O device signal supply destination to which a signal supply source of the I/O device is connected to, the signal supply source information indicating an I/O device signal supply source to which a signal supply destination of the I/O device is connected to. receive a request by the I/O device for reserving one or more transmission channels; check for empty transmission channels of the audio network; and if an empty transmission channel exists, accept the request by providing a channel number or numbers for the I/O device; and a connection setting section adapted to set signal supply destination information and signal supply source information for the I/O device, the signal supply destination information indicating an I/O device signal supply destination to which a signal supply source of the I/O device is connected to, the signal supply source information indicating an I/O device signal supply source to which a signal supply destination of the I/O device is connected to.
A method comprising: receiving, using a processor, image data indicative of an environment from at least one sensor of a vehicle, wherein the vehicle is configured to operate in an autonomous mode in the environment, and wherein the vehicle is substantially in a lane of travel of the environment; comparing environmental information indicative of the lane of travel to the image data so as to determine a portion of the image data that corresponds to the lane of of the environment, wherein determining the portion of the image data that corresponds to the lane of travel of the environment comprises projecting a predetermined image map onto the image data and using location information indicative of a location of the lane of travel in the image map to determine a location of the lane of travel in the image data; determining whether an object is present in the lane of travel based on the determined portion of the image data that corresponds to the lane of travel of the environment and by disregarding a remaining portion of the image data, wherein the remaining portion of the image data comprises image data other than the portion of the image data that corresponds to the lane of travel; and based on the determination of whether the object is present in the lane of travel, providing instructions to control the vehicle in the autonomous mode in the environment. receiving, using a processor, image data indicative of an environment from at least one sensor of a vehicle, wherein the vehicle is configured to operate in an autonomous mode in the environment, and wherein the vehicle is substantially in a lane of travel of the environment; comparing environmental information indicative of the lane of travel to the image data so as to determine a portion of the image data that corresponds to the lane of of the environment, wherein determining the portion of the image data that corresponds to the lane of travel of the environment comprises projecting a predetermined image map onto the image data and using location information indicative of a location of the lane of travel in the image map to determine a location of the lane of travel in the image data; determining whether an object is present in the lane of travel based on the determined portion of the image data that corresponds to the lane of travel of the environment and by disregarding a remaining portion of the image data, wherein the remaining portion of the image data comprises image data other than the portion of the image data that corresponds to the lane of travel; and based on the determination of whether the object is present in the lane of travel, providing instructions to control the vehicle in the autonomous mode in the environment.
High voltage connector for establishing a high voltage connection between two high voltage lines (310, 320), with the high voltage connector comprising: a carrier element with a first guiding groove and a second guiding groove; wherein the carrier element comprises a high voltage insulating material; wherein the first guiding groove and the second guiding groove extend in a longitudinal direction of the carrier element; wherein each of the first guiding groove and the second guiding groove is designed for accommodating a wire (312, 322) of each of a first high voltage line and a second high voltage line; characterized in that the first guiding groove and the second guiding groove are arranged parallel to one another; the carrier element comprises a first guiding element and the guiding grooves are arranged on the first guiding element; the carrier element comprises a second guiding element with at least one guiding groove; the first guiding element is arranged on a first surface of the carrier element and the second guiding element is arranged on a second surface of the carrier element; the first surface is arranged opposite to the second surface. a carrier element with a first guiding groove and a second guiding groove; wherein the carrier element comprises a high voltage insulating material; wherein the first guiding groove and the second guiding groove extend in a longitudinal direction of the carrier element; wherein each of the first guiding groove and the second guiding groove is designed for accommodating a wire (312, 322) of each of a first high voltage line and a second high voltage line; characterized in that the first guiding groove and the second guiding groove are arranged parallel to one another; the carrier element comprises a first guiding element and the guiding grooves are arranged on the first guiding element; the carrier element comprises a second guiding element with at least one guiding groove; the first guiding element is arranged on a first surface of the carrier element and the second guiding element is arranged on a second surface of the carrier element; the first surface is arranged opposite to the second surface.
An attachment for harvesting crop material standing in rows, including a plurality of mutually juxtaposed crop material pickup and/or crop material intake devices (15, 17, 18) which are respectively at least portion-wise covered by a two-part cover element having a front cover hood and a rear cover hood, wherein in the operative position of the attachment the front cover hood is arranged substantially in alignment in the longitudinal direction of the rear cover hood and the respective front cover hood can be transferred by means of an actuator into a transport position in which the front cover hood is disposed in a position above and substantially parallel to the rear cover hood, characterised in that in the transition from the operative position into the transport position the front cover hood retains a substantially parallel orientation with respect to the rear cover hood.
Method of operating a variable speed wind turbine as a function of a wind speed, the wind turbine having a rotor with a plurality of blades, a generator having a rated maximum output power, and one or more pitch mechanisms for rotating the blades around their longitudinal axis, and a system for varying a torque of the generator, the method comprising a sub-nominal zone of operation for wind speeds below a nominal wind speed and a supra-nominal zone of operation for wind speeds at or above the nominal wind speed, wherein at wind speeds at or near the nominal wind speed, the generator is allowed to generate more than its rated maximum output power for a limited period of time up to an adapted output power limit, wherein the adapted output power limit is variable and is a function of the time that the generator has generated more than its rated maximum output power.
Terminal strip for latching onto a carrier rail, comprising a terminal housing having a first connection side and a second connection side, a busbar which is arranged in the terminal housing, and at least two conductor connection elements, which are arranged in the terminal housing, for connecting in each case at least one conductor to the busbar, wherein in each case one first function shaft with at least one plug connection receiving region (23a, 23b) and at least one second function shaft with at least one screw connection receiving region are arranged on each of the two connection sides (14, 15) of the terminal housing, wherein a connection region is formed for each plug connection receiving region (23a, 23b) and for each screw connection receiving region in the busbar, wherein the function shafts (21, 22) of one connection side (14, 15) are arranged in a manner spaced apart from one another in such a way that at least one plug connection can be received in the first function shaft and at least one screw connection can be received in the second function shaft at the same time on one connection side (14, 15).
A gesture sensor comprising: a single time of flight sensor having a sensing element configured to generate an electrical signal responsive to received light, and a light source for emitting a burst of light, the sensing element having a sensing side, for receiving light and a non-sensing side, which is opposite the sensing side; one or more light inhibitors positioned relatively nearer the sensing side of the sensing element than the non-sensing side, the light inhibitors asymmetric about a first center line of the sensing element, the first center line bisecting the sensing side of the sensing element, the first center line located midway between a first side and a second side of the sensing element, wherein the first side and the second side are opposing sides of the sensing element; and a processor coupled to the time of flight sensor, the processor being configured to determine that a swipe gesture in a first direction has been performed when the electrical signal generated by the sensing element represents one or more predetermined characteristics associated with a swipe gesture in the first direction, the swipe gesture in the first direction being characterized by movement of a subject from the first side of the sensing element towards the second side of the sensing element, the one or more predetermined characteristics associated with a portion of the light inhibitors located relatively closer to the first side of the sensing element than the second side of the sensing element. a single time of flight sensor having a sensing element configured to generate an electrical signal responsive to received light, and a light source for emitting a burst of light, the sensing element having a sensing side, for receiving light and a non-sensing side, which is opposite the sensing side; one or more light inhibitors positioned relatively nearer the sensing side of the sensing element than the non-sensing side, the light inhibitors asymmetric about a first center line of the sensing element, the first center line bisecting the sensing side of the sensing element, the first center line located midway between a first side and a second side of the sensing element, wherein the first side and the second side are opposing sides of the sensing element; and a processor coupled to the time of flight sensor, the processor being configured to determine that a swipe gesture in a first direction has been performed when the electrical signal generated by the sensing element represents one or more predetermined characteristics associated with a swipe gesture in the first direction, the swipe gesture in the first direction being characterized by movement of a subject from the first side of the sensing element towards the second side of the sensing element, the one or more predetermined characteristics associated with a portion of the light inhibitors located relatively closer to the first side of the sensing element than the second side of the sensing element.
A process for the electrochemical reduction of carbon dioxide comprising: providing an electrochemical device comprising an anode, a cathode, and a polymeric anion exchange membrane therebetween, wherein the polymeric anion exchange membrane comprises an anion exchange polymer, wherein the anion exchange polymer comprises at least one positively charged group selected from a guanidinium, a guanidinium derivative, an N-alkyl conjugated heterocyclic cation, or combinations thereof; introducing a composition comprising carbon dioxide to the cathode; and applying electrical energy to the electrochemical device to effect electrochemical reduction of the carbon dioxide. providing an electrochemical device comprising an anode, a cathode, and a polymeric anion exchange membrane therebetween, wherein the polymeric anion exchange membrane comprises an anion exchange polymer, wherein the anion exchange polymer comprises at least one positively charged group selected from a guanidinium, a guanidinium derivative, an N-alkyl conjugated heterocyclic cation, or combinations thereof; introducing a composition comprising carbon dioxide to the cathode; and applying electrical energy to the electrochemical device to effect electrochemical reduction of the carbon dioxide.