mhurhangee/ep-ind-claims huggingface dataset:
A process for accelerating nutplate adhesive curing with a self-fixturing heater (34, 34', 34", 34′′′, 34ʺʺ, 34′′′ʺ), comprising the steps of: stretching an elastomeric fixture having an adhesively bondable nutplate fastener assembly (16, 48) coupled thereto to a first length and a first width sufficient for extension through an aperture in a substrate and a channel in the self-fixturing heater (34, 34', 34", 34′′′, 34ʺʺ, 34′′′ʺ); relaxing the elastomeric fixture to a second relatively shorter length and a second width relatively larger than the channel for friction fit engagement therein; drawing the adhesively bondable nutplate fastener assembly (16, 48) into engagement with the substrate and drawing a heat transfer surface (40, 154) of the self-fixturing heater (34, 34', 34", 34′′′, 34ʺʺ, 34′′′ʺ) into proximity with the substrate in response to the elastomeric fixture simultaneously relaxing to the second relatively shorter length; and heating the substrate with the self-fixturing heater (34, 34', 34", 34′′′, 34ʺʺ, 34′′′ʺ) with the heat transfer surface (40, 154) generally positioned proximate an uncured bonding agent sandwiched between the substrate and the adhesively bondable nutplate fastener assembly (16, 48). stretching an elastomeric fixture having an adhesively bondable nutplate fastener assembly (16, 48) coupled thereto to a first length and a first width sufficient for extension through an aperture in a substrate and a channel in the self-fixturing heater (34, 34', 34", 34′′′, 34ʺʺ, 34′′′ʺ); relaxing the elastomeric fixture to a second relatively shorter length and a second width relatively larger than the channel for friction fit engagement therein; drawing the adhesively bondable nutplate fastener assembly (16, 48) into engagement with the substrate and drawing a heat transfer surface (40, 154) of the self-fixturing heater (34, 34', 34", 34′′′, 34ʺʺ, 34′′′ʺ) into proximity with the substrate in response to the elastomeric fixture simultaneously relaxing to the second relatively shorter length; and heating the substrate with the self-fixturing heater (34, 34', 34", 34′′′, 34ʺʺ, 34′′′ʺ) with the heat transfer surface (40, 154) generally positioned proximate an uncured bonding agent sandwiched between the substrate and the adhesively bondable nutplate fastener assembly (16, 48).
A wind turbine blade comprising a plurality of segments which can be dismantled (102, 104), two adjacent segments (102, 104) being assembled together following a profile, called assembly profile, said assembly profile being composed of: - a portion, called central portion, comprising two ends distant from one another in the direction of the axis of said blade, - at least one first portion, called leading portion, extending towards a leading edge of said blade from one of said ends of said central portion, and - at least one second portion, called trailing portion, extending towards a trailing edge of said blade from the other of said ends of said central portion; characterized in that each of said leading and trailing portions of a segment (102, 104) comprises a guiding means (124, 122) for assembling one blade segment (102, 104) with an adjacent blade segment (102, 104). - a portion, called central portion, comprising two ends distant from one another in the direction of the axis of said blade, - at least one first portion, called leading portion, extending towards a leading edge of said blade from one of said ends of said central portion, and - at least one second portion, called trailing portion, extending towards a trailing edge of said blade from the other of said ends of said central portion;
An electrolyte for the electropolishing of surfaces of metals and metal alloys that are selected from the group comprising niobium, niobium alloys, tantalum and tantalum alloys, characterized in that the electrolyte contains methanesulfonic acid and ammonium bifluoride, wherein the concentration of the methanesulfonic acid used is greater than 80 wt.% and the electrolyte contains no sulfuric acid.
A method for transmitting, by a user equipment, UE, a power headroom, PH, report, PHR, for dual connectivity in a wireless communication system, wherein the UE is connected to both a first eNodeB, eNB, and a second eNB in the dual connectivity, the method comprising: transmitting a first type 1 PH for all activated carriers in a first carrier group, CG, corresponding to the first eNB, to the first eNB; transmitting a second type 1 PH for all activated carriers in a second CG, corresponding to the second eNB, to the first eNB; transmitting a first type 2 PH for a carrier where a physical uplink control channel, PUCCH, can be transmitted in the first CG to the first eNB, when simultaneous transmission of the PUCCH and a physical uplink shared channel, PUSCH, is configured for the first eNB; characterised in that the method further comprises: transmitting a second type 2 PH for a carrier where a PUCCH can be transmitted in the second CG to the first eNB regardless of whether simultaneous transmission of the PUCCH and the PUSCH is configured or not for the second eNB; transmitting a flag informing that the PUCCH has been transmitted to the second eNB in the carrier in the second CG to the first eNB; and transmitting information informing that a transmission power of the PUCCH is reduced due to transmission of other carriers to the first eNB. transmitting a first type 1 PH for all activated carriers in a first carrier group, CG, corresponding to the first eNB, to the first eNB; transmitting a second type 1 PH for all activated carriers in a second CG, corresponding to the second eNB, to the first eNB; transmitting a first type 2 PH for a carrier where a physical uplink control channel, PUCCH, can be transmitted in the first CG to the first eNB, when simultaneous transmission of the PUCCH and a physical uplink shared channel, PUSCH, is configured for the first eNB; characterised in that the method further comprises: transmitting a second type 2 PH for a carrier where a PUCCH can be transmitted in the second CG to the first eNB regardless of whether simultaneous transmission of the PUCCH and the PUSCH is configured or not for the second eNB; transmitting a flag informing that the PUCCH has been transmitted to the second eNB in the carrier in the second CG to the first eNB; and transmitting information informing that a transmission power of the PUCCH is reduced due to transmission of other carriers to the first eNB. transmitting a second type 2 PH for a carrier where a PUCCH can be transmitted in the second CG to the first eNB regardless of whether simultaneous transmission of the PUCCH and the PUSCH is configured or not for the second eNB; transmitting a flag informing that the PUCCH has been transmitted to the second eNB in the carrier in the second CG to the first eNB; and transmitting information informing that a transmission power of the PUCCH is reduced due to transmission of other carriers to the first eNB.
A random access processing method in a random access procedure, performed by a terminal side device, comprising: receiving from a network side device, configuration information indicating a random access resource and a time offset between the random access resource and a resource of uplink data; determining the resource of the uplink data based on the random access resource and the time offset; and sending to the network side device, a random access preamble on the random access resource, and sending the uplink data on the resource of the uplink data; and receiving from the network side device, a random access response comprising feedback information for the uplink data; characterized in that, wherein the random access response is a downlink media access control, MAC, protocol data unit, PDU, the downlink MAC PDU comprises a MAC subheader and the MAC subheader comprises an indication field; if a bit state of the indication field indicates an extension field exists, the extension field indicates a MAC sub-PDU in which the feedback information is located. receiving from a network side device, configuration information indicating a random access resource and a time offset between the random access resource and a resource of uplink data; determining the resource of the uplink data based on the random access resource and the time offset; and sending to the network side device, a random access preamble on the random access resource, and sending the uplink data on the resource of the uplink data; and receiving from the network side device, a random access response comprising feedback information for the uplink data; characterized in that, wherein the random access response is a downlink media access control, MAC, protocol data unit, PDU, the downlink MAC PDU comprises a MAC subheader and the MAC subheader comprises an indication field; if a bit state of the indication field indicates an extension field exists, the extension field indicates a MAC sub-PDU in which the feedback information is located.
Waste collection system comprising a shelf, at least one waste container adapted to be placed on the shelf, and a fitting for mounting the shelf in a corner cupboard, wherein the fitting is a turn and pull-out fitting comprising a support that is held in the corner cupboard so as to be rotatable about a vertical axis, and a pull-out guide (40, 42) with which the shelf is slidable relative to the support such that, after the support has been rotated, the shelf can be drawn-out through a door opening of the corner cupboard, which opening has a width of approximately only one half of the width of the corner cupboard, characterized in that the shelf forms at least one recess that is adapted to the contour of the waste container and has a depth of less than a quarter of the depth of the waste container, said at least one recess being formed in an insert that is placed on the shelf, and the shelf is a flat dish having an elevated peripheral rim in which the insert is fittingly inserted.
A method performed by a User Equipment, UE, the method comprising: maintaining one or more Protocol Data Unit, in the following also referred to as PDU, sessions by the UE in 5GS, wherein the UE is registered to a first network via a first access type, and wherein the first network indicates interworking without N26 interface not supported; receiving a REGISTRATION ACCEPT message over a second access type from a second network, wherein the second network indicates interworking without N26 interface supported; performing an intersystem change from 5GS to EPS; ignoring the indication from the second network; and triggering a tracking area update, in the following also referred to as TAU, procedure in EPS, wherein the first access type is 3GPP access, and wherein the second access type is non-3GPP access. maintaining one or more Protocol Data Unit, in the following also referred to as PDU, sessions by the UE in 5GS, wherein the UE is registered to a first network via a first access type, and wherein the first network indicates interworking without N26 interface not supported; receiving a REGISTRATION ACCEPT message over a second access type from a second network, wherein the second network indicates interworking without N26 interface supported; performing an intersystem change from 5GS to EPS; ignoring the indication from the second network; and triggering a tracking area update, in the following also referred to as TAU, procedure in EPS, wherein the first access type is 3GPP access, and wherein the second access type is non-3GPP access.
A method for producing bridges, crowns, partial crowns or inlays formed of multiple layers, said method comprising the steps of: a) compiling a CAD data set of the bridge, crown, partial crown or inlay to be produced from the digitized measurement data of the prepared teeth or of the implants and their immediate surroundings into which the bridge, crown, partial crown or inlay is to be inserted; b) compiling a first CAD partial data set and a second CAD partial data set, wherein the first CAD partial data set represents the supporting framework structure of the bridge, crown, partial crown or inlay, and the second CAD partial data set represents the tooth replacement's aesthetically and/or functionally relevant outer geometry which faces predominantly towards the oral cavity; c) producing the supporting framework structure by means of the first CAD partial data set compiled, and d) finishing the supporting framework structure for the multilayer bridge, crown, partial crown or inlay by applying a functional layer by means of the second CAD partial data set, characterised in that the functional layer, including the restoration edge, is produced from ceramic materials or polymers by slip casting in order to make it possible to reproduce physiological, natural occlusal surfaces with a corresponding fissure depth. a) compiling a CAD data set of the bridge, crown, partial crown or inlay to be produced from the digitized measurement data of the prepared teeth or of the implants and their immediate surroundings into which the bridge, crown, partial crown or inlay is to be inserted; b) compiling a first CAD partial data set and a second CAD partial data set, wherein the first CAD partial data set represents the supporting framework structure of the bridge, crown, partial crown or inlay, and the second CAD partial data set represents the tooth replacement's aesthetically and/or functionally relevant outer geometry which faces predominantly towards the oral cavity; c) producing the supporting framework structure by means of the first CAD partial data set compiled, and d) finishing the supporting framework structure for the multilayer bridge, crown, partial crown or inlay by applying a functional layer by means of the second CAD partial data set,
Method for diagnosing the function of a ventilating device for ventilating a crankcase of an internal combustion engine, wherein the crankcase is connected to an air supply system of the internal combustion engine via the ventilating device, comprising the following steps: - determining a pressure difference (p Diff) between an ambient pressure and a crankcase pressure in the crankcase; - detecting an error in the ventilating device as a function of the pressure difference if a release condition is met; characterized in that the release condition is met if an air mass flow filtered, by a low-pass filter, in the air supply system exceeds a first threshold value in terms of absolute value. - determining a pressure difference (p Diff) between an ambient pressure and a crankcase pressure in the crankcase; - detecting an error in the ventilating device as a function of the pressure difference if a release condition is met;
A welding system, comprising: power conversion circuitry configured to: output welding-type power to a weld circuit; and output preheating power to a preheater; and the welding system being characterised by further comprising: control circuitry configured to: define a first one of a plurality of weld schedules based on a second one of the plurality of weld schedules, wherein the first one of the plurality of weld schedules comprises a first welding output power and a first preheating output power, and the second one of the plurality of weld schedules comprises a second welding output power and a second preheating output power; receive an input selecting one of the plurality of weld schedules, each of the plurality of weld schedules specifying a combination of a welding-type output power and a preheating output power; and control the power conversion circuitry to output the welding-type power and the preheating power based on the selected one of the plurality of weld schedules. output welding-type power to a weld circuit; and output preheating power to a preheater; and the welding system being characterised by further comprising: control circuitry configured to: define a first one of a plurality of weld schedules based on a second one of the plurality of weld schedules, wherein the first one of the plurality of weld schedules comprises a first welding output power and a first preheating output power, and the second one of the plurality of weld schedules comprises a second welding output power and a second preheating output power; receive an input selecting one of the plurality of weld schedules, each of the plurality of weld schedules specifying a combination of a welding-type output power and a preheating output power; and control the power conversion circuitry to output the welding-type power and the preheating power based on the selected one of the plurality of weld schedules. define a first one of a plurality of weld schedules based on a second one of the plurality of weld schedules, wherein the first one of the plurality of weld schedules comprises a first welding output power and a first preheating output power, and the second one of the plurality of weld schedules comprises a second welding output power and a second preheating output power; receive an input selecting one of the plurality of weld schedules, each of the plurality of weld schedules specifying a combination of a welding-type output power and a preheating output power; and control the power conversion circuitry to output the welding-type power and the preheating power based on the selected one of the plurality of weld schedules.
A gaming console, comprising: a processor adapted to run gaming applications on said gaming console; a memory adapted to store game-related and user-related data in a digital identity associated with a user; and a network interface; wherein said gaming console is adapted to aggregate data related to said user's interaction with said gaming applications and to forward said data to a remote service via said network interface. a processor adapted to run gaming applications on said gaming console; a memory adapted to store game-related and user-related data in a digital identity associated with a user; and a network interface; wherein said gaming console is adapted to aggregate data related to said user's interaction with said gaming applications and to forward said data to a remote service via said network interface.
Rail vehicle (2;3) with an ETCS (European Train Control System) on-board unit (4;5), which is provided with an interface (6;7) for control data from track equipment of national train protection systems, characterised in that the ETCS on-board unit (4;5) is assigned a piece of additional equipment (8;9), which is connected on the input side to an antenna (10;11) and on the output side via its own interface (12;13) for control data from track equipment of national train protection systems to the interface (6;7) for control data from track equipment of national train protection systems of the ETCS on-board unit (4;5), wherein the one piece of additional equipment (8;9) is suitable for reacting to information, which signals a virtual coupling of the rail vehicle to a further rail vehicle and is received via the antenna, in the manner of a national train protection system subject to control data of the ETCS on-board unit, and the ETCS on-board unit (4; 5) has a further piece of additional equipment (15; 17) downstream with a further antenna (17; 18), wherein the further additional equipment (15; 16) is suitable for broadcasting a signal for the virtual coupling of a rail vehicle via its antenna (17; 18). the one piece of additional equipment (8;9) is suitable for reacting to information, which signals a virtual coupling of the rail vehicle to a further rail vehicle and is received via the antenna, in the manner of a national train protection system subject to control data of the ETCS on-board unit, and additional equipment (15; 17) downstream with a further antenna (17; 18), wherein the further additional equipment (15; 16) is suitable for broadcasting a signal for the virtual coupling of a rail vehicle via its antenna (17; 18).
Level measuring instrument for determining a level of a bulk material filling medium, comprising: a radio high-frequency unit (101, 502) for generating a measurement signal (102,512); a signal processing unit (106, 504) for determining the fill-level of the bulk material from an echo curve (406, 507) of the measurement signal; characterized in that the level measuring instrument has a temperature sensor (706, 707) for measuring a temperature value for determining a temperature, arranged at or in a tautening weight or in a measuring instrument housing of the level measuring instrument; and in that the level measuring instrument is additionally designed to determine from the echo curve a moisture content of the bulk material, based on a distance of two echoes of the echo curve; and in that the level measuring instrument is designed to use the measured temperature value to improve the accuracy with which the moisture content is determined. a radio high-frequency unit (101, 502) for generating a measurement signal (102,512); a signal processing unit (106, 504) for determining the fill-level of the bulk material from an echo curve (406, 507) of the measurement signal; characterized in that the level measuring instrument has a temperature sensor (706, 707) for measuring a temperature value for determining a temperature, arranged at or in a tautening weight or in a measuring instrument housing of the level measuring instrument; and in that the level measuring instrument is additionally designed to determine from the echo curve a moisture content of the bulk material, based on a distance of two echoes of the echo curve; and in that the level measuring instrument is designed to use the measured temperature value to improve the accuracy with which the moisture content is determined.
Coupling, comprising a first and a second coupling half (12, 14), wherein a first magnet is arranged on the first coupling half and a second magnet is arranged on the second coupling half for contactless detection of a state of wear of the coupling, characterized in that at least one damping element, which is subject to wear, is arranged between the first and second coupling half (12, 14).
A femoral component for replacing at least a portion of a distal end of a femur, the femoral component comprising: a proximal extension providing an articular surface on a proximal, anterior portion of a posterior condyle of the femur having a corresponding concave surface in said articulating surface. a proximal extension providing an articular surface on a proximal, anterior portion of a posterior condyle of the femur having a corresponding concave surface in said articulating surface.
A rudder for the manoeuvring of ships with high demands with respect to manoeuvrability, comprising a rudder blade and a fin, characterized in that the fin comprises a fin body which consists at least partially of rigid fibre-composite material and which at least largely forms the outer surface of the fin, wherein the fin is disposed in an articulated manner on the rudder blade by means of an articulation device, wherein in an upper fin end area the fin comprises at least one receiving/joint element for receiving a component of the articulation device, and wherein the at least one receiving/joint elements comprise at least one tube around which the fibre-composite material is wound and/or laminated.