mhurhangee/ep-ind-claims huggingface dataset:
A channel state indication method, comprising: obtaining, by a first network device, channel state information; generating, by the first network device, channel state indication information, wherein the channel state indication information comprises an absolute value of the channel state information or an offset value of the channel state information relative to reference channel state information; and sending, by the first network device, the channel state indication information to a second network device, wherein, if the channel state information corresponds to repeated transmission of a transport block and channels used for repeated transmissions of the transport block occupy a same frequency domain resource, the channel state indication information comprises the offset value of the channel state information relative to the reference channel state information, and if the channel state information corresponds to repeated transmission of a transport block and a frequency domain resource of a channel used for transmission of the transport block at a specific time is different from a frequency domain resource of a channel used for transmission of the transport block at a previous time,; the channel state information comprises the absolute value of the channel state information, wherein the transport block is a data block. obtaining, by a first network device, channel state information; generating, by the first network device, channel state indication information, wherein the channel state indication information comprises an absolute value of the channel state information or an offset value of the channel state information relative to reference channel state information; and sending, by the first network device, the channel state indication information to a second network device, wherein, if the channel state information corresponds to repeated transmission of a transport block and channels used for repeated transmissions of the transport block occupy a same frequency domain resource, the channel state indication information comprises the offset value of the channel state information relative to the reference channel state information, and if the channel state information corresponds to repeated transmission of a transport block and a frequency domain resource of a channel used for transmission of the transport block at a specific time is different from a frequency domain resource of a channel used for transmission of the transport block at a previous time,; the channel state information comprises the absolute value of the channel state information, wherein the transport block is a data block.
A wire or cable comprising a core and a polymeric sheath, wherein said sheath includes a wrapped film of polyetherether ketone (PEEK), or a polymer blend or alloy of PEEK containing at least 30% by weight of PEEK and another polymer, having a thickness of 5 to 150μm, wherein the wrapped PEEK film is combined with a fire-resistant layer of a polymer matrix in which mica particles are dispersed.
An on-board passenger assistance system for a vehicle, comprising: a passenger monitoring system configured to monitor a passenger, the passenger monitoring system comprising a passenger monitoring unit configured to generate image data of the monitored passenger, an identifying module configured to identify needs of the monitored passenger based on facial expressions shown in the generated image data, the identifying module comprising a neural network being trained to identify the needs of a passenger based on facial expressions, a planning module configured to plan routes based on maps and/or traffic to support addressing of the needs being identified by the identifying module, and a suggesting module configured to provide suggestions and/or information to address the needs being identified by the identifying module to a user via a human-machine interface unit, characterized in that the on-board passenger assistance system further comprises an annotating module being configured to receive the user's input annotating the generated image data being displayed on a display element of the human-machine interface unit and/or being displayed on a display element of an external system, and the neural network being configured to be continuously trained based on the user's input received by the annotating module. a passenger monitoring system configured to monitor a passenger, the passenger monitoring system comprising a passenger monitoring unit configured to generate image data of the monitored passenger, an identifying module configured to identify needs of the monitored passenger based on facial expressions shown in the generated image data, the identifying module comprising a neural network being trained to identify the needs of a passenger based on facial expressions, a planning module configured to plan routes based on maps and/or traffic to support addressing of the needs being identified by the identifying module, and a suggesting module configured to provide suggestions and/or information to address the needs being identified by the identifying module to a user via a human-machine interface unit, characterized in that the on-board passenger assistance system further comprises an annotating module being configured to receive the user's input annotating the generated image data being displayed on a display element of the human-machine interface unit and/or being displayed on a display element of an external system, and the neural network being configured to be continuously trained based on the user's input received by the annotating module.
Trailer coupling for a motor vehicle, with a coupling arm for coupling-on a trailer or a rear load carrier, wherein the coupling arm is pivotably mounted around one first and at least one second swivel axis (S1, S2) on a vehicle mounting (20; 420; 220), attachable to the motor vehicle with the aid of a bearing provided on the vehicle mounting (20; 420; 220), between a position of use provided for the attachment of the trailer or the rear load carrier and an inoperative position shifted closer to the motor vehicle, wherein there is fixed immovably to a vehicle mounting part (21; 421; 221) of the vehicle mounting (20; 420; 220) provided for attachment to the motor vehicle a bearing base body of the bearing immovably connected to the vehicle mounting part (21; 421; 221), on which a first swivel bearing element (31; 431, 231) is pivotably mounted around a first swivel axis, and wherein there is pivotably and gimbal mounted on the first swivel bearing element (31; 431, 231), around a second swivel axis, at least one second swivel bearing element (32; 432, 232), which carries the coupling arm, wherein the first swivel bearing element is located in an interior of the second swivel bearing element (32, 432; 232) and is driven by a swivel drive for adjustment of the coupling arm between the position of use and the inoperative position, characterised in that it has a fixing device for immovable fixing of the coupling arm in the position of use and/or the inoperative position, wherein the fixing device has at least one fixing element, which may be moved between a fixing position provided for fixing of the coupling arm, and a release position, in which the coupling arm is movable, and a fixing drive for driving the fixing element or elements.
A component, comprising: a compacted three-dimensional article comprised of titanium aluminide and formed by an intermediate turbine article formed from an additive manufacturing consolidation process, the intermediate turbine article includes an outer surface and at least one internal cooling passage having an internal surface; and an aluminum-containing encapsulation layer on the outer surface and the internal surface of the at least one cooling passage of the intermediate turbine article that spans surface porosity and cracks and the aluminum-containing encapsulation layer is configured to convert the surface porosity and cracks into internal porosity and cracks, wherein the aluminum-containing encapsulation layer comprises TiAl or TiAl 3, wherein the three-dimensional article is compacted by hot isostatic pressing the intermediate turbine article with the aluminum-containing encapsulation layer. a compacted three-dimensional article comprised of titanium aluminide and formed by an intermediate turbine article formed from an additive manufacturing consolidation process, the intermediate turbine article includes an outer surface and at least one internal cooling passage having an internal surface; and an aluminum-containing encapsulation layer on the outer surface and the internal surface of the at least one cooling passage of the intermediate turbine article that spans surface porosity and cracks and the aluminum-containing encapsulation layer is configured to convert the surface porosity and cracks into internal porosity and cracks, wherein the aluminum-containing encapsulation layer comprises TiAl or TiAl 3, wherein the three-dimensional article is compacted by hot isostatic pressing the intermediate turbine article with the aluminum-containing encapsulation layer.
A method comprising: providing a plurality of wireless devices (14, 16, 18) in a security system having a controller wherein each of the plurality of wireless devices (14, 16, 18) registers with the controller and wherein at least one of the plurality of wireless devices operating as a child device registering with the controller through another of the plurality of wireless devices (14, 16) operating as a parent device; a processor (30, 32) of the security system monitoring a charge state of a respective battery that powers each of the plurality of wireless devices; and a processor (30, 32) of the controller dynamically adjusting an electrical load within at least some of the plurality of wireless devices based upon the monitored charge state of the respective battery of the at least some of plurality of wireless devices (14, 16, 18) wherein at least some of the plurality of wireless devices (14, 16, 18) are freed of any message routing requirements by transferring routing needs or child devices to other devices with relatively high reserve battery capacity in order to delay a first low battery warning from any of the plurality of wireless devices as much as possible. providing a plurality of wireless devices (14, 16, 18) in a security system having a controller wherein each of the plurality of wireless devices (14, 16, 18) registers with the controller and wherein at least one of the plurality of wireless devices operating as a child device registering with the controller through another of the plurality of wireless devices (14, 16) operating as a parent device; a processor (30, 32) of the security system monitoring a charge state of a respective battery that powers each of the plurality of wireless devices; and a processor (30, 32) of the controller dynamically adjusting an electrical load within at least some of the plurality of wireless devices based upon the monitored charge state of the respective battery of the at least some of plurality of wireless devices (14, 16, 18) wherein at least some of the plurality of wireless devices (14, 16, 18) are freed of any message routing requirements by transferring routing needs or child devices to other devices with relatively high reserve battery capacity in order to delay a first low battery warning from any of the plurality of wireless devices as much as possible.
A transport container having side walls and ends and a bag arranged inside the container for transporting a fluid or a bulk material, the transport container being provided with bevel surfaces parallel to its side walls and arranged in a lower part of a side wall, the bag being arranged to be supported against the bevel surfaces, c h a r a c t e r i z e d in that the bevel surfaces are connected by longitudinal supports extending from end to end of the container and inclined extending from the bevel surfaces towards side bottom structures at the base of the side walls to transfer a weight received by the bevel surfaces to said bottom structures of the transport container.
A multi-carrier direct conversion receiver for receiving and processing a multi-carrier radio frequency, RF, signal, comprising: an antenna for receiving the multi-carrier RF signal; an RF amplifier configured to interface between the antenna and a demodulator, and to amplify the received multi-carrier RF signal; the demodulator coupled to the RF amplifier and configured to convert the multi-carrier RF signal into in-phase, I, and quadrature, Q, baseband signals; first and second analog to digital converters (161, 162), the first converter configured to convert the I baseband signal to a digital I signal and the second converter configured to convert the Q baseband signal to a digital Q signal; and a direct conversion circuit, connected to the analog to digital converters (161, 162), for converting the digital I and Q signals into a plurality of channel signals; characterised by: first and second baseband stages, each stage comprising a low pass filter (145, 146) and an adjustable gain amplifier (151, 152), the first stage configured to process the I baseband signal and the second stage configured to process the Q baseband signal, wherein the bandwidth of each of the low pass filters (145, 146) is adjustable; and a bandwidth control circuit for controlling the bandwidth of the low pass filters. an antenna for receiving the multi-carrier RF signal; an RF amplifier configured to interface between the antenna and a demodulator, and to amplify the received multi-carrier RF signal; the demodulator coupled to the RF amplifier and configured to convert the multi-carrier RF signal into in-phase, I, and quadrature, Q, baseband signals; first and second analog to digital converters (161, 162), the first converter configured to convert the I baseband signal to a digital I signal and the second converter configured to convert the Q baseband signal to a digital Q signal; and a direct conversion circuit, connected to the analog to digital converters (161, 162), for converting the digital I and Q signals into a plurality of channel signals; characterised by: first and second baseband stages, each stage comprising a low pass filter (145, 146) and an adjustable gain amplifier (151, 152), the first stage configured to process the I baseband signal and the second stage configured to process the Q baseband signal, wherein the bandwidth of each of the low pass filters (145, 146) is adjustable; and a bandwidth control circuit for controlling the bandwidth of the low pass filters. first and second baseband stages, each stage comprising a low pass filter (145, 146) and an adjustable gain amplifier (151, 152), the first stage configured to process the I baseband signal and the second stage configured to process the Q baseband signal, wherein the bandwidth of each of the low pass filters (145, 146) is adjustable; and a bandwidth control circuit for controlling the bandwidth of the low pass filters.
An optical member comprising a hard coat film that is formed with a coating composition comprising an acrylate component and zirconia, wherein a mass ratio / of the zirconia to the acrylate component is from 0.1 to 2.0, the acrylate component comprises the following components (a-1), (a-2) and (a-3), and a content ratio X of the component (a-1), a content ratio Y of the component (a-2) and a content ratio Z of the component (a-3) satisfies the following conditions and: (a-1): a polyfunctional acrylate compound having 3 or more acrylate groups in one molecule; (a-2): a dendritic aliphatic compound having an acrylate group at an end thereof; and (a-3): an acrylate compound having 1 or 2 acrylate groups in one molecule; or a mixture of an acrylate compound having 1 or 2 acrylate groups in one molecule and an acrylate compound other than the components (a-1) and (a-2), the condition: in the acrylate component, X is from 40 to 60% by mass, and a total of Y and Z is from 60 to 40% by mass, and the condition: in the total of Y and Z, Z is 0% by mass or more and less than 100% by mass. (a-1): a polyfunctional acrylate compound having 3 or more acrylate groups in one molecule; (a-2): a dendritic aliphatic compound having an acrylate group at an end thereof; and (a-3): an acrylate compound having 1 or 2 acrylate groups in one molecule; or a mixture of an acrylate compound having 1 or 2 acrylate groups in one molecule and an acrylate compound other than the components (a-1) and (a-2), the condition: in the acrylate component, X is from 40 to 60% by mass, and a total of Y and Z is from 60 to 40% by mass, and the condition: in the total of Y and Z, Z is 0% by mass or more and less than 100% by mass.
Anti-collision system for an agricultural vehicle, comprising a first sensor for detecting the dimensions of a clearance profile available in front of the vehicle in the direction of travel, a second sensor for continuously detecting the dimensions of a load moved by the vehicle, and a processing device which is connected to the first sensor and the second sensor and is configured to compare the dimensions of the clearance profile with the continuously detected dimensions of the load on the basis of the signals of the first sensor and of the second sensor, and to output a warning signal in the event of a risk of a collision between the load and a boundary of the clearance profile.
A bone conduction hearing aid device, comprising: a housing, a piezoelectric vibration assembly and a vibration transmission element, wherein the piezoelectric vibration assembly and the vibration transmission element are both arranged in the housing, a first end of the vibration transmission element is connected with the piezoelectric vibration assembly, a second end of the vibration transmission element is connected with the housing, and the housing comprises a vibration output portion configured to output vibration through contact; characterized in that the piezoelectric vibration assembly comprises a piezoelectric vibrator, two counterweights and an elastic damping member, a middle portion of the piezoelectric vibrator is fixedly connected with the first end of the vibration transmission element, the two counterweights are respectively arranged on both sides of the piezoelectric vibrator, and the elastic damping member is arranged between the piezoelectric vibrator and the bottom wall of the housing and between the counterweights and the bottom wall of the housing.
An electro-optic element of a display of a vehicle, comprising: a first substantially transparent substrate defining a first surface and a second surface, wherein a first edge extends around the first substrate; a second substantially transparent substrate defining a third surface and a fourth surface, wherein a second edge extends around the second substrate; a primary seal disposed between the first and second substrates (18, 22), the seal and the first and second substrates (18, 22) defining a cavity therebetween, wherein at least one of the first and second edges (18C, 22C) is a stepped edge proximate the seal to define a channel, wherein the stepped edge defines a first channel surface and a second channel surface which cooperate to define the channel; and an electro-optic material positioned within the cavity. a first substantially transparent substrate defining a first surface and a second surface, wherein a first edge extends around the first substrate; a second substantially transparent substrate defining a third surface and a fourth surface, wherein a second edge extends around the second substrate; a primary seal disposed between the first and second substrates (18, 22), the seal and the first and second substrates (18, 22) defining a cavity therebetween, wherein at least one of the first and second edges (18C, 22C) is a stepped edge proximate the seal to define a channel, wherein the stepped edge defines a first channel surface and a second channel surface which cooperate to define the channel; and an electro-optic material positioned within the cavity.
An adjustable overflow system for a hopper dredger, the overflow system comprising: an overflow tube; an inlet for taking in head water from the hopper; a collector to collect the flow of head water entering the inlet and guide the flow to the overflow tube, the collector with a substantially horizontal top portion which delineates a top of a flowpath for head water into the collector to ensure substantially radial flow into the collector, wherein at least one of the overflow tube and the inlet is adjustable for controlling flow into the overflow system; and characterised in that a sleeve is connected to the collector and extends inside the overflow tube, wherein the sleeve, an inner side of the overflow tube and/or the collector form a flow channel through the overflow tube, wherein the sleeve comprises a tubular shaped cylinder extending from the collector inside the overflow tube to form an annular flow channel between the inner side of the overflow tube and the sleeve or a tube connected to the collector and extending inside of the overflow tube to form the flow channel through the tube. an overflow tube; an inlet for taking in head water from the hopper; a collector to collect the flow of head water entering the inlet and guide the flow to the overflow tube, the collector with a substantially horizontal top portion which delineates a top of a flowpath for head water into the collector to ensure substantially radial flow into the collector, wherein at least one of the overflow tube and the inlet is adjustable for controlling flow into the overflow system; and characterised in that a sleeve is connected to the collector and extends inside the overflow tube, wherein the sleeve, an inner side of the overflow tube and/or the collector form a flow channel through the overflow tube, wherein the sleeve comprises a tubular shaped cylinder extending from the collector inside the overflow tube to form an annular flow channel between the inner side of the overflow tube and the sleeve or a tube connected to the collector and extending inside of the overflow tube to form the flow channel through the tube.