mhurhangee/ep-ind-claims huggingface dataset:
Paper or cardboard coating composition having a dry matter content of between 45% and 80%, preferentially 50% and 78%, comprising: • binders including at least one modified starch and one synthetic adhesive, • a hydrolyzed wheat protein having an average molecular weight of between 7 and 1000 kDa, and • a mineral filler. • binders including at least one modified starch and one synthetic adhesive, • a hydrolyzed wheat protein having an average molecular weight of between 7 and 1000 kDa, and • a mineral filler.
Simulation chamber for a controlled activation of explosive charges contained in freight under simulated conditions, with a closed explosion chamber, into which the freight is placed and in which real-time conditions coinciding with ambient conditions of the freight on an intended transport path are simulated, characterized in that a mobile radio testing unit is provided and arranged to send mobile radio signals and an update signal into the explosion chamber, wherein the mobile radio signals are simulating mobile radio base stations of mobile radio networks and the update signal is inducing a mobile terminal contained in the freight to perform an location update.
A handover control method, comprising: transmitting, by a source base station, a handover request message to a target base station, wherein the handover request message comprises an identity of a small cell base station or a cell identity of the small cell base station; receiving, by the source base station, a handover confirmation message transmitted by the target base station, wherein the handover confirmation message comprises indication that occupies a bit, a value of the indication being used to represent that only a control plane of an user equipment, UE, is switched to the target base station, and user data of the UE is transmitted by the small cell base station; and transmitting, by the source base station, a handover command to the UE, so as to indicate the UE to access to the target base station. transmitting, by a source base station, a handover request message to a target base station, wherein the handover request message comprises an identity of a small cell base station or a cell identity of the small cell base station; receiving, by the source base station, a handover confirmation message transmitted by the target base station, wherein the handover confirmation message comprises indication that occupies a bit, a value of the indication being used to represent that only a control plane of an user equipment, UE, is switched to the target base station, and user data of the UE is transmitted by the small cell base station; and transmitting, by the source base station, a handover command to the UE, so as to indicate the UE to access to the target base station.
A system for radio-assisted signal estimation, comprising: a microphone configured to obtain a baseband mixture sound signal in a venue, wherein the baseband mixture sound signal comprises a mixture of a first sound signal and an additional sound signal, wherein the first sound signal is generated by a first motion of a first object in the venue; a transmitter configured to transmit a first radio signal through a wireless channel of the venue; a receiver configured to receive a second radio signal through the wireless channel, wherein the second radio signal differs from the first radio signal due to the wireless channel and at least the first motion of the first object in the venue; and a processor configured for: obtaining a radio feature of the second radio signal, constructing a first adaptive baseband filter for the baseband mixture sound signal based on the radio feature, filtering the baseband mixture sound signal using the first adaptive baseband filter to obtain a first output baseband signal, and generating an estimation of the first sound signal based on the first output baseband signal. a microphone configured to obtain a baseband mixture sound signal in a venue, wherein the baseband mixture sound signal comprises a mixture of a first sound signal and an additional sound signal, wherein the first sound signal is generated by a first motion of a first object in the venue; a transmitter configured to transmit a first radio signal through a wireless channel of the venue; a receiver configured to receive a second radio signal through the wireless channel, wherein the second radio signal differs from the first radio signal due to the wireless channel and at least the first motion of the first object in the venue; and a processor configured for: obtaining a radio feature of the second radio signal, constructing a first adaptive baseband filter for the baseband mixture sound signal based on the radio feature, filtering the baseband mixture sound signal using the first adaptive baseband filter to obtain a first output baseband signal, and generating an estimation of the first sound signal based on the first output baseband signal. obtaining a radio feature of the second radio signal, constructing a first adaptive baseband filter for the baseband mixture sound signal based on the radio feature, filtering the baseband mixture sound signal using the first adaptive baseband filter to obtain a first output baseband signal, and generating an estimation of the first sound signal based on the first output baseband signal.
A mobile station that can perform random access to a base station using a signature among a plurality of signatures, wherein: a number of the plurality of signatures is a predetermined number; each of the plurality of signatures has an ID number; each of the plurality of signatures is either a signature that can be selected by the mobile station or other signature that is not the signature which can be selected by the mobile station; signature ID numbers each identifying the signatures that can be selected by the mobile station are continuous and signature ID numbers each identifying the other signatures are continuous; the mobile station acquires, from the base station, information indicating the number of signatures that can be selected by the mobile station, and identifies the signatures that can be selected by the mobile station using said number. a number of the plurality of signatures is a predetermined number; each of the plurality of signatures has an ID number; each of the plurality of signatures is either a signature that can be selected by the mobile station or other signature that is not the signature which can be selected by the mobile station; signature ID numbers each identifying the signatures that can be selected by the mobile station are continuous and signature ID numbers each identifying the other signatures are continuous; the mobile station acquires, from the base station, information indicating the number of signatures that can be selected by the mobile station, and identifies the signatures that can be selected by the mobile station using said number.
A subsea connector assembly for use at a subsea oilfield below a sea surface, the assembly comprising: a landing base for fluidly coupling to a subsea production managing hardware at the oilfield to receive production therefrom; a gooseneck extension with a termination for fluidly coupling to a flexible flowline to accommodate the production toward the surface; a flowmeter fluidly coupled to each of the landing base and the gooseneck extension for monitoring a flow of the production therethrough; and a support with a first end coupled to the gooseneck extension and a second end coupled to the landing base. a landing base for fluidly coupling to a subsea production managing hardware at the oilfield to receive production therefrom; a gooseneck extension with a termination for fluidly coupling to a flexible flowline to accommodate the production toward the surface; a flowmeter fluidly coupled to each of the landing base and the gooseneck extension for monitoring a flow of the production therethrough; and a support with a first end coupled to the gooseneck extension and a second end coupled to the landing base.
A transfer device (20.1-20.4, 40) for transferring items to be conveyed, such as lying goods, from a feed conveyor (40.1-40.2) to conveyor spaces of an onward conveyor, wherein the transfer device (20.1-20.4, 40) forms a stationary receiving space (22, 62) for at least one item to be conveyed, the receiving space being delimited at the bottom by a movable support element (21, 61), and the transfer device (20.1-20.4, 40) has a feed opening (29. 69) for lateral feeding the item to be conveyed into the receiving space (22, 62) of the transfer device (20.1-20.4, 40) as well a stop element opposite the feed opening (29, 69) for stopping the item to be conveyed being conveyed onto the support element (21, 61). Characterized in that the support element (21, 61) being movable by means of a displacing device between a support position, in which the at least one item to be conveyed can lie flat on the support element (21, 61), and a delivery position, in which the item to be conveyed can fall down by means of gravity (g) through a transfer opening (23, 63), which is released downwards by the support element (21, 61), onto a conveyor space of the onward conveyor that has been displaced past below the receiving space (22, 62),
A method for deposition of at least one electrically conducting film on a substrate, comprising the steps: - selecting a layer of a film material, wherein the layer comprises a mask on a front side and wherein the layer and the mask are one piece, - positioning the front side of the layer upon the substrate, - applying at least one laser pulse onto a back side of the layer, so as to melt and to vaporize at least parts of the layer such that melt droplets are propelled toward and deposited upon said substrate, forming the film, wherein at least one slot of the mask limits the distribution of said melt droplets. - selecting a layer of a film material, wherein the layer comprises a mask on a front side and wherein the layer and the mask are one piece, - positioning the front side of the layer upon the substrate, - applying at least one laser pulse onto a back side of the layer, so as to melt and to vaporize at least parts of the layer such that melt droplets are propelled toward and deposited upon said substrate, forming the film, wherein at least one slot of the mask limits the distribution of said melt droplets.
A gas turbine engine comprising: a planetary gear system including a sun gear, intermediate gears, and a ring gear; a carrier attached to a fan drive shaft through a torque shaft to rotate a fan, wherein the intermediate gears are supported by the carrier; a ring gear flexible coupling connecting the ring gear to an engine static structure; and a sun gear flexible coupling connecting the sun gear to a drive shaft; wherein the ring gear flexible coupling and the sun gear flexible coupling define a lateral and transverse stiffness and a stop on the engine static structure limits movement of the planetary gear system, characterized in that: the gas turbine engine includes a bypass ratio of greater than 10; and a lubricant manifold is attached to the torque shaft and rotates with the torque shaft about an axis of the engine, a feeder tube is configured to provide lubricant through passages within the torque shaft to an intermediate lubricant passage, the intermediate lubricant passage configured to pass lubricant through a conduit to passages defined within the carrier. a planetary gear system including a sun gear, intermediate gears, and a ring gear; a carrier attached to a fan drive shaft through a torque shaft to rotate a fan, wherein the intermediate gears are supported by the carrier; a ring gear flexible coupling connecting the ring gear to an engine static structure; and a sun gear flexible coupling connecting the sun gear to a drive shaft; wherein the ring gear flexible coupling and the sun gear flexible coupling define a lateral and transverse stiffness and a stop on the engine static structure limits movement of the planetary gear system, characterized in that: the gas turbine engine includes a bypass ratio of greater than 10; and a lubricant manifold is attached to the torque shaft and rotates with the torque shaft about an axis of the engine, a feeder tube is configured to provide lubricant through passages within the torque shaft to an intermediate lubricant passage, the intermediate lubricant passage configured to pass lubricant through a conduit to passages defined within the carrier. the gas turbine engine includes a bypass ratio of greater than 10; and a lubricant manifold is attached to the torque shaft and rotates with the torque shaft about an axis of the engine, a feeder tube is configured to provide lubricant through passages within the torque shaft to an intermediate lubricant passage, the intermediate lubricant passage configured to pass lubricant through a conduit to passages defined within the carrier.
A crosslinkable polymeric composition, comprising: an ethylene-based polymer; an organic peroxide; a crosslinking coagent; and a methyl-radical scavenger comprising at least one derivative of 2,2,6,6-tetramethyl-1-piperidinyloxy, wherein the at least one derivative of 2,2,6,6-tetramethyl-1-piperidinyloxy is selected from the group consisting of 4-acryloxy-2,2,6,6-tetramethylpiperidine-N-oxyl, 4-allyloxy-2,2,6,6-tetramethylpiperidine-N-oxyl, and bis(2,2,6,6-tetramethyl-1-piperidinyloxy-4-yl) sebacate, and combinations of two or more thereof; wherein the ratio of crosslinking coagent to organic peroxide is less than 1.72: 1 on a molar basis; and wherein the crosslinking coagent is selected from the group consisting of triallyl isocyanurate, triallyl cyanurate, triallyl trimellitate, trimethylolpropane triacrylate, N2,N2,N4,N4,N6,N6-hexaallyl-1,3,5-triazine-2,4,6-triamine and combinations of two or more thereof. an ethylene-based polymer; an organic peroxide; a crosslinking coagent; and a methyl-radical scavenger comprising at least one derivative of 2,2,6,6-tetramethyl-1-piperidinyloxy, wherein the at least one derivative of 2,2,6,6-tetramethyl-1-piperidinyloxy is selected from the group consisting of 4-acryloxy-2,2,6,6-tetramethylpiperidine-N-oxyl, 4-allyloxy-2,2,6,6-tetramethylpiperidine-N-oxyl, and bis(2,2,6,6-tetramethyl-1-piperidinyloxy-4-yl) sebacate, and combinations of two or more thereof; wherein the ratio of crosslinking coagent to organic peroxide is less than 1.72: 1 on a molar basis; and wherein the crosslinking coagent is selected from the group consisting of triallyl isocyanurate, triallyl cyanurate, triallyl trimellitate, trimethylolpropane triacrylate, N2,N2,N4,N4,N6,N6-hexaallyl-1,3,5-triazine-2,4,6-triamine and combinations of two or more thereof.
A lamp for a rear-view device of a motor vehicle, comprising at least one light source for emitting light beams, collection optics for collimating the light beams, and scattering optics which are arranged downstream of the collection optics in the beam path of the light beams, and having a first main emission direction, which is directed towards an eye ellipse of a driver of the motor vehicle when the lamp is installed in a left-hand-drive motor vehicle, characterized in that the scattering optics also have a second main emission direction, which is directed towards an eye ellipse of a driver of the motor vehicle when the lamp is installed in a right-hand-drive motor vehicle, each eye ellipse (44, 46) describing a virtual surface area in which an eye position of the driver of the motor vehicle can be statistically expected, the lamp having an optical axis, and the first main emission direction extending on one side of the optical axis and the second main emission direction extending on the other side of the optical axis. the scattering optics also have a second main emission direction, which is directed towards an eye ellipse of a driver of the motor vehicle when the lamp is installed in a right-hand-drive motor vehicle, each eye ellipse (44, 46) describing a virtual surface area in which an eye position of the driver of the motor vehicle can be statistically expected, the lamp having an optical axis, and the first main emission direction extending on one side of the optical axis and the second main emission direction extending on the other side of the optical axis.
An apparatus comprising: a feed horn having a mouth aperture at a first end, a waveguide interconnect at a second end, and an integrated polarizer assembly housing between the first end and second end, the integrated polarizer assembly housing having an interior surface disposed about a central axis defining a longitudinal interior region; and a polarizer assembly in contact with at least a portion of the interior surface and contained substantially within the longitudinal interior region, the polarizer assembly comprising a waveguide channel and a polarizing septum positioned within the waveguide channel, wherein the polarizer assembly comprises a first waveguide half and a second waveguide half, wherein each of the first waveguide half and the second waveguide half comprise a polarizing septum alignment ridge (307, 308), wherein the polarizing septum is uniformly loaded along the polarizing septum alignment ridges. a feed horn having a mouth aperture at a first end, a waveguide interconnect at a second end, and an integrated polarizer assembly housing between the first end and second end, the integrated polarizer assembly housing having an interior surface disposed about a central axis defining a longitudinal interior region; and a polarizer assembly in contact with at least a portion of the interior surface and contained substantially within the longitudinal interior region, the polarizer assembly comprising a waveguide channel and a polarizing septum positioned within the waveguide channel, wherein the polarizer assembly comprises a first waveguide half and a second waveguide half, wherein each of the first waveguide half and the second waveguide half comprise a polarizing septum alignment ridge (307, 308), wherein the polarizing septum is uniformly loaded along the polarizing septum alignment ridges.
An infrared radiation thermometer, especially an ear thermometer for measuring temperature, comprising an infrared sensor, a measuring tip which can be heated by a heating element, an actuating device which can be operated by a user, a control device and a display device, characterized in that the control device performs the following functions: switching on the heating element after the operation of the thermometer has been initiated to thereby heat the measuring tip of the thermometer; switching off the heating element after the user has actuated the actuating device, wherein an actuation of the actuating device starts a measuring operation; after a certain time has elapsed that follows the actuation of the actuating device, carrying out a plurality of temperature measurements one after the other; determining the temperature to be displayed from the measured temperatures or generating an error message, and at the latest after a maximum measurement time has elapsed or after a maximum number of temperature measurements, displaying the temperature to be displayed or an error message on the display device. switching on the heating element after the operation of the thermometer has been initiated to thereby heat the measuring tip of the thermometer; switching off the heating element after the user has actuated the actuating device, wherein an actuation of the actuating device starts a measuring operation; after a certain time has elapsed that follows the actuation of the actuating device, carrying out a plurality of temperature measurements one after the other; determining the temperature to be displayed from the measured temperatures or generating an error message, and at the latest after a maximum measurement time has elapsed or after a maximum number of temperature measurements, displaying the temperature to be displayed or an error message on the display device.
A rotor structure (100, 200) in a compressor, the rotor structure (100, 200) comprising: a tie bolt; a plurality of impeller bodies supported by the tie bolt; wherein a first impeller body of the plurality of impeller bodies is arranged to provide a first stage of compression to a process fluid, and each subsequent impeller body provides a subsequent stage of compression to the process fluid; and a flow loop being defined by an input flow section extending at least in part along a flow channel between respective impeller bodies of the plurality of impeller bodies and a radially outward surface of the tie bolt, the flow loop being further defined by a return flow section; characterized in that, the tie bolt having a bore that extends along a rotor axis and defines an inner space in fluid communication with a thru hole in the tie bolt; at least a portion of the return flow section is defined by a flow channel extending within the inner space of the tie bolt, the thru hole establishes fluid communication between the input flow section and the return flow section. a tie bolt; a plurality of impeller bodies supported by the tie bolt; wherein a first impeller body of the plurality of impeller bodies is arranged to provide a first stage of compression to a process fluid, and each subsequent impeller body provides a subsequent stage of compression to the process fluid; and a flow loop being defined by an input flow section extending at least in part along a flow channel between respective impeller bodies of the plurality of impeller bodies and a radially outward surface of the tie bolt, the flow loop being further defined by a return flow section; characterized in that, the tie bolt having a bore that extends along a rotor axis and defines an inner space in fluid communication with a thru hole in the tie bolt; at least a portion of the return flow section is defined by a flow channel extending within the inner space of the tie bolt, the thru hole establishes fluid communication between the input flow section and the return flow section.
An arrangement of an elevator system for controlling the elevator system, the arrangement comprising: at least one projector device for projecting a virtual user interface to air, at least one gaze tracking device for capturing a number of images representing at least one eye of a person, a control unit configured to, in response to a receipt of the number of images from the gaze tracking device, perform: detect a predefined input from image data received from the gaze tracking device, detect an intersection of the virtual user interface projected to air and a gaze point, the gaze point being related to a detection of the predefined input and determined from the image data received from the gaze tracking device, generate a control signal to the elevator system in accordance with a position of the gaze point intersecting the virtual user interface. at least one projector device for projecting a virtual user interface to air, at least one gaze tracking device for capturing a number of images representing at least one eye of a person, a control unit configured to, in response to a receipt of the number of images from the gaze tracking device, perform: detect a predefined input from image data received from the gaze tracking device, detect an intersection of the virtual user interface projected to air and a gaze point, the gaze point being related to a detection of the predefined input and determined from the image data received from the gaze tracking device, generate a control signal to the elevator system in accordance with a position of the gaze point intersecting the virtual user interface. detect a predefined input from image data received from the gaze tracking device, detect an intersection of the virtual user interface projected to air and a gaze point, the gaze point being related to a detection of the predefined input and determined from the image data received from the gaze tracking device, generate a control signal to the elevator system in accordance with a position of the gaze point intersecting the virtual user interface.