mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing an exhaust gas treatment device, the exhaust gas treatment device comprising a tubular circumferential wall elongated in the direction of a longitudinal axis with two axial end areas (16, 18), an exhaust gas treatment unit arranged in the circumferential wall as well as a closing element (20, 38) connected to the circumferential wall at each of the two axial end areas (16, 18), wherein the exhaust gas treatment unit is held at the circumferential wall by a supporting material layer, which encloses the exhaust gas treatment unit and supports the same in relation to the circumferential wall, wherein the process comprises the steps of: a) arranging a first of the two closing elements (20, 38) at one of the axial end areas (16, 18) of the circumferential wall, b) after step a), pushing the exhaust gas treatment unit enclosed by the supporting material layer into the circumferential wall at the other axial end area of the circumferential wall, c) after step b), arranging a second of the closing elements (20, 38) at the other axial end area of the circumferential wall, wherein in step c), a tubular circumferential wall connection area of the second closing element is pushed into the other axial end area of the circumferential wall, characterized in that in step c), the tubular circumferential wall connection area of the second closing element is connected to the circumferential wall by connection in substance, and that in step a) a tubular circumferential wall connection area of the first closing element is pushed onto the circumferential wall such that it extends around the one axial end area of the circumferential wall radially on the outside and is connected to the circumferential wall by connection in substance. a) arranging a first of the two closing elements (20, 38) at one of the axial end areas (16, 18) of the circumferential wall, b) after step a), pushing the exhaust gas treatment unit enclosed by the supporting material layer into the circumferential wall at the other axial end area of the circumferential wall, c) after step b), arranging a second of the closing elements (20, 38) at the other axial end area of the circumferential wall,
A method of receiving media data, comprising: receiving, by a device, a media presentation description, MPD, file that includes an essential property descriptor for session-based dynamic adaptive streaming over hypertext transfer protocol, DASH, operation, the essential property descriptor indicating an address of a session-based description, SBD, file, wherein the SBD file includes one or more key-value pairs dynamically generated by a local SBD session controller, each key of the one or more key-value pairs indicating service information of a different service of the device, and wherein the service information includes at least one of device information, user information, application information, or location information; modifying, by the device, a uniform resource locator, URL, based on the SBD file; and acquiring, by the device, a resource from a remote server based on the modified URL. receiving, by a device, a media presentation description, MPD, file that includes an essential property descriptor for session-based dynamic adaptive streaming over hypertext transfer protocol, DASH, operation, the essential property descriptor indicating an address of a session-based description, SBD, file, wherein the SBD file includes one or more key-value pairs dynamically generated by a local SBD session controller, each key of the one or more key-value pairs indicating service information of a different service of the device, and wherein the service information includes at least one of device information, user information, application information, or location information; modifying, by the device, a uniform resource locator, URL, based on the SBD file; and acquiring, by the device, a resource from a remote server based on the modified URL.
A method for diagnosing a failure of a flowmeter in a measuring machine, comprising: measuring a filling amount of hydrogen gas by using a flowmeter arranged in the measuring machine in a case that a tank of a vehicle powered by the hydrogen gas is filled with the hydrogen gas via the measuring machine; receiving information of a pressure, a temperature, and a volume of the tank; calculating a filling amount at an end of filling of the hydrogen gas into the tank from the measuring machine by using the pressure, the temperature, and the volume of the tank; and determining whether or not the flowmeter arranged in the measuring machine fails by using a plurality of error values between a metering filling amount at the end of filling measured using the flowmeter arranged in the measuring machine and a calculated filling amount at the end of filling calculated using the pressure, the temperature, and the volume of the tank, the plurality of error values being based on a plurality of past performance data stored in a storage device (80, 84, 86), and an error value at the end of filling of the hydrogen gas at a present time, and outputting a result. measuring a filling amount of hydrogen gas by using a flowmeter arranged in the measuring machine in a case that a tank of a vehicle powered by the hydrogen gas is filled with the hydrogen gas via the measuring machine; receiving information of a pressure, a temperature, and a volume of the tank; calculating a filling amount at an end of filling of the hydrogen gas into the tank from the measuring machine by using the pressure, the temperature, and the volume of the tank; and determining whether or not the flowmeter arranged in the measuring machine fails by using a plurality of error values between a metering filling amount at the end of filling measured using the flowmeter arranged in the measuring machine and a calculated filling amount at the end of filling calculated using the pressure, the temperature, and the volume of the tank, the plurality of error values being based on a plurality of past performance data stored in a storage device (80, 84, 86), and an error value at the end of filling of the hydrogen gas at a present time, and outputting a result.
A cannula seal, comprising: a base portion sized and shaped to engage with a cannula; and a seal portion integral with the base portion; the seal portion comprising portions defining a proximal seal opening, a distal seal opening, and an internal cavity between the proximal seal opening and the distal seal opening; the proximal seal opening and distal seal opening defining a seal axis extending through the cavity between the proximal seal opening and the distal seal opening; the seal portion further comprising a radially compliant and symmetrical circumferentially grooved seal surface that is sized and shaped to slidably seal against an outer surface of an instrument shaft; and characterized in that the grooved seal surface comprises a plurality of grooves and portions defining a gap that intersects the plurality of grooves. a base portion sized and shaped to engage with a cannula; and a seal portion integral with the base portion; the seal portion comprising portions defining a proximal seal opening, a distal seal opening, and an internal cavity between the proximal seal opening and the distal seal opening; the proximal seal opening and distal seal opening defining a seal axis extending through the cavity between the proximal seal opening and the distal seal opening; the seal portion further comprising a radially compliant and symmetrical circumferentially grooved seal surface that is sized and shaped to slidably seal against an outer surface of an instrument shaft; and characterized in that the grooved seal surface comprises a plurality of grooves and portions defining a gap that intersects the plurality of grooves.
Weighing device of electronic scale type, including four feet, respectively, left front, right front, left rear and right rear, where the left-front foot includes a left-front strain gauge, the right-front foot includes a right-front strain gauge, the left-rear foot includes a left-rear strain gauge and the right-rear foot includes a right-rear strain gauge, the weighing device furthermore includes an electronic control unit and a display, where the right-front and right-rear strain gauges are combined in a first circuit with a first Wheatstone bridge with a first output of a first amplifier, and the left-front and left-rear strain gauges are arranged in a second circuit with a second Wheatstone bridge with a second output from a second amplifier, and wherein the first and second outputs are connected to the electronic control unit to be digitized and added and for thus deducing therefrom the total weight of an object present on the device.
A method for opening a door giving access to a washing and/or drying compartment of an electrical household appliance for washing and/or drying, comprising the step of activating door movement means forming part of the electrical household appliance, said movement means moving the door from a first configuration in which it obstructs a passage giving access to the compartment to a second configuration in which it permits fluid communication between the compartment and the outside of the electrical household appliance through the access passage; wherein the step of activating the movement means occurs after receiving a signal that matches a prememorized activation signal and that comes from a remote electronic device located remotely from the electrical household appliance, the method being characterized in that the electrical household appliance is provided with communication means adapted to interact with the remote electronic device and with means for actuating the movement means by reception of a signal which comes from said communication means and which matches with a pre-memorised activation signal, whereby said signal from said remote electronic device is transmitted through an SMS or through the Internet.
An inductively coupled power transfer, ICPT, system having: a conductive path; a pick-up adapted to receive power from the conductive path; a power supply to energise the conductive path, the power supply having a single phase input for receiving single phase electric power at a utility supply frequency and a converter means to provide an alternating current at an operating frequency greater than the utility supply frequency in the conductive path and the converter means modulating the amplitude of the alternating current with respect to the utility supply frequency such that the amplitude of the alternating current varies, an inductive element and a capacitive element being provided between the converter means and the conductive path wherein the capacitive element is connected in parallel with the conductive path, and the inductance of the inductive element, the capacitance of the capacitive element and the inductance of the conductive path provide an LCL filter; wherein the pick-up has a tuning capacitor to tune the pick-up to the operating frequency, and an energy storage element adapted to ensure a continuous supply of power to a load supplied thereby irrespective of the varying amplitude of the alternating current in the conductive path. a conductive path; a pick-up adapted to receive power from the conductive path; a power supply to energise the conductive path, the power supply having a single phase input for receiving single phase electric power at a utility supply frequency and a converter means to provide an alternating current at an operating frequency greater than the utility supply frequency in the conductive path and the converter means modulating the amplitude of the alternating current with respect to the utility supply frequency such that the amplitude of the alternating current varies, an inductive element and a capacitive element being provided between the converter means and the conductive path wherein the capacitive element is connected in parallel with the conductive path, and the inductance of the inductive element, the capacitance of the capacitive element and the inductance of the conductive path provide an LCL filter; wherein the pick-up has a tuning capacitor to tune the pick-up to the operating frequency, and an energy storage element adapted to ensure a continuous supply of power to a load supplied thereby irrespective of the varying amplitude of the alternating current in the conductive path.
A lock with a latching device, wherein the latching device can be driven from a locking position to an unlocking position, having a receptacle for a lock cylinder, having at least one nut provided for connection to a handle, having a latching slider that can be driven by a lock bit of the lock cylinder inserted into the receptacle and by the nut for controlling the latching device and having a coupling device connecting the nut to the latching slider, wherein a locking slider can be coupled to the lock cylinder and the locking slider can be moved from a position releasing the coupling device to a position blocking the coupling device, characterized in that the locking slider is connected to a tilting lever can be pivoted in the receptacle of the lock cylinder and in that, in the pivoted position the tilting lever protrudes with its free end into the receptacle of the lock cylinder for driving the locking slider in a direction of movement.
Cleaning apparatus (2, 40, 80, 120) for wet cleaning a surface, - with a housing (6, 42, 82, 122), - with a drive means (10, 44, 86,126) having a drive axle (16, 50, 92, 144) and - with a carrier element (22, 56, 84, 132), - wherein the drive means (10, 44, 86, 126) is arranged to move the carrier element (22, 56, 84, 132) relative to the housing (6, 42, 82, 122), characterised - in that the drive axle (16, 50, 92, 144) can be displaced from a first angular position defined in relation to the housing (6, 42, 82, 122) into a further angular position inclined by an angle relative to the first angular position. - with a housing (6, 42, 82, 122), - with a drive means (10, 44, 86,126) having a drive axle (16, 50, 92, 144) and - with a carrier element (22, 56, 84, 132), - wherein the drive means (10, 44, 86, 126) is arranged to move the carrier element (22, 56, 84, 132) relative to the housing (6, 42, 82, 122), characterised - in that the drive axle (16, 50, 92, 144) can be displaced from a first angular position defined in relation to the housing (6, 42, 82, 122) into a further angular position inclined by an angle relative to the first angular position.
A method of making a wind turbine blade incorporating a lightning protection system, the method comprising: providing a wind turbine blade mould; arranging a protruding element in the mould; arranging an electrically conductive layer over the protruding element in the mould; the method being characterised by: arranging one or more structural layers and/or structural components over the electrically conductive layer; consolidating the layers under vacuum to form a blade shell having an integrated electrically conductive layer proximate an outer surface of the shell; separating the protruding element from the blade shell to define a recess in the outer surface of the shell, with the electrically conductive layer extending into the recess; providing an electrical component of the lightning protection system adjacent an inner surface of the shell; and electrically connecting the electrically conductive layer to the electrical component via a connecting member; wherein an end portion of the connecting member is housed in the recess such that a surface of the connecting member abuts the electrically conductive layer across an interface region inside the recess, and such that the end portion does not substantially protrude from the outer surface of the shell. providing a wind turbine blade mould; arranging a protruding element in the mould; arranging an electrically conductive layer over the protruding element in the mould; the method being characterised by: arranging one or more structural layers and/or structural components over the electrically conductive layer; arranging one or more structural layers and/or structural components over the electrically conductive layer; consolidating the layers under vacuum to form a blade shell having an integrated electrically conductive layer proximate an outer surface of the shell; separating the protruding element from the blade shell to define a recess in the outer surface of the shell, with the electrically conductive layer extending into the recess; providing an electrical component of the lightning protection system adjacent an inner surface of the shell; and electrically connecting the electrically conductive layer to the electrical component via a connecting member; wherein an end portion of the connecting member is housed in the recess such that a surface of the connecting member abuts the electrically conductive layer across an interface region inside the recess, and such that the end portion does not substantially protrude from the outer surface of the shell.
A passive intermodulation, PIM, elimination method, comprising: obtaining, by a network device, N pieces of backhauled information, wherein one piece of the backhauled information comprises initial phase information of each carrier, determined based on a numerically controlled oscillator, NCO, on one transmit channel, and N is an integer greater than 1; and eliminating, by the network device, a PIM of a received signal on a receive channel on the network device based on the N pieces of backhauled information. obtaining, by a network device, N pieces of backhauled information, wherein one piece of the backhauled information comprises initial phase information of each carrier, determined based on a numerically controlled oscillator, NCO, on one transmit channel, and N is an integer greater than 1; and eliminating, by the network device, a PIM of a received signal on a receive channel on the network device based on the N pieces of backhauled information.
A monoclonal antibody against programmed death-1 (PD-1) or antigen-binding fragment thereof, comprising a neonatal Fc Receptor (FcRn)-binding site comprising the amino acid sequence of SEQ ID NO: 5.
A polymer-containing composition for dispersants for cement, the composition comprising a polymer comprising a repeating unit derived from an unsaturated polyalkylene glycol ether monomer and a repeating unit derived from an unsaturated carboxylic acid monomer, wherein the unsaturated polyalkylene glycol ether monomer is represented by the following formula: wherein AO is a C2-C18 oxyalkylene group; and m is an average addition number of moles of the oxyalkylene groups and is 40 to 250, the unsaturated carboxylic acid monomer is represented by the following formula: wherein R 3 and R 4, which are the same or different, each are a hydrogen atom, a methyl group, or -COOM 2 and are not both -COOM 2; R 5 is a hydrogen atom, a methyl group, or -CH 2 COOM 3; R 3 and R 4, which are the same or different, each are a hydrogen atom or a methyl group when R 5 is -CH 2 COOM 3; M 1, M 2, and M 3 each are a hydrogen atom, a monovalent metal, a divalent metal, ammonium, or an organic amine, the polymer-containing composition is prepared by polymerizing an unsaturated polyalkylene glycol ether monomer -containing composition that comprises 1 to 5% by mass of a polyalkylene glycol and 1 to 5% by mass of an isomer of the unsaturated polyalkylene glycol ether monomer in which the double bond is transferred, based on 100% by mass of the unsaturated polyalkylene glycol ether monomer.
An electrical plug connector, the plug connector having a plug element and a mating plug element which can be plugged into the plug element, in particular a control unit for a motor vehicle, the plug element comprising a receptacle for the mating plug element which is disposed in a housing and opens opposite a plug-in direction, and a lever rotatable relative to the housing about an axis of rotation from an unlocking position into a locking position, the lever and the housing together forming a clamping device for producing a frictional grip acting along the plug-in direction, wherein the mating plug element has a plug-in region for electrical and/or mechanical connection to the plug element and at least one clamping surface for the clamping device of the plug element, and wherein the centre of gravity of the mating plug element lies between the at least one clamping surface of the mating plug element and the plug-in region, wherein, in the locking position, the mating plug element is held in the plug element at its at least one clamping surface by means of the clamping device of the plug element via the frictional grip acting in the plug-in direction.
A method for wireless communications, comprising: identifying a plurality of offsets to be used for piggy-backing uplink control information, UCI, with a physical uplink shared channel, PUSCH, message, the plurality of offsets including at least a first set of offsets associated with a first wireless service associated with a first latency and a second set of offsets associated with a second wireless service associated with a second latency, the first wireless service comprising a high reliability, low latency communication, HRLLC, service type; and transmitting the UCI piggy-backed with the PUSCH message in accordance with one of the first set of offsets or the second set of offsets.
A method for a User Equipment, in the following also referred to as UE, supporting a bandwidth part concept of a new radio, NR, technology, comprising: transmitting a Scheduling Request, in the following also referred to as SR, on a first uplink bandwidth part, in the following also referred to as BWP,; receiving a response for the SR on a first downlink BWP; detecting a beam failure when using the first uplink BWP and the first downlink BWP; transmitting a beam failure recovery, in the following also referred to as BFR, request to a network node on the first uplink BWP; and receiving a control signalling on a second downlink BWP from the network node after transmitting the BFR request, wherein the control signalling is a response for the BFR request and the second downlink BWP is associated with the first uplink BWP, characterised in that the association between the second downlink BWP and the first uplink BWP is known to the network node and the UE before the detection of the beam failure. transmitting a Scheduling Request, in the following also referred to as SR, on a first uplink bandwidth part, in the following also referred to as BWP,; receiving a response for the SR on a first downlink BWP; detecting a beam failure when using the first uplink BWP and the first downlink BWP; transmitting a beam failure recovery, in the following also referred to as BFR, request to a network node on the first uplink BWP; and receiving a control signalling on a second downlink BWP from the network node after transmitting the BFR request, wherein the control signalling is a response for the BFR request and the second downlink BWP is associated with the first uplink BWP, characterised in that the association between the second downlink BWP and the first uplink BWP is known to the network node and the UE before the detection of the beam failure.