mhurhangee/ep-ind-claims huggingface dataset:
Method of producing a tire, comprising the method step of coating a textile reinforcing element, especially a textile reinforcing element comprising fibers or filaments, with an elastomeric matrix material, especially a rubber, characterized in that the coating of the reinforcing element with the elastomeric material is preceded by a. providing the reinforcing element with a sol-gel coating and b. exposing the sol-gel-coated reinforcing element to contact with a low-pressure plasma. a. providing the reinforcing element with a sol-gel coating and b. exposing the sol-gel-coated reinforcing element to contact with a low-pressure plasma.
Composition, wherein the composition comprises OH-functional polybutadiene and at least one solvent, characterized in that based on the overall constitution of the composition the composition comprises A) 0.5 to 40 wt% of OH-functional polybutadiene, B) 0.0 to 30 wt% of at least one release-active agent distinct from A and selected from the group of soaps, oils, waxes and silicones, C) 0.1 to 10 wt% of emulsifiers, D) 0.1 to 5 wt% of catalysts, E) 0.1 to 5 wt% of foam stabilizers, F) 0.0 to 5 wt% of viscosity modifiers, G) 0.1 to 2 wt% of additives, preferably selected from the group comprising cell openers, preservatives, bactericides, fungicides and antioxidants and H) solvent ad 100 wt%. A) 0.5 to 40 wt% of OH-functional polybutadiene, B) 0.0 to 30 wt% of at least one release-active agent distinct from A and selected from the group of soaps, oils, waxes and silicones, C) 0.1 to 10 wt% of emulsifiers, D) 0.1 to 5 wt% of catalysts, E) 0.1 to 5 wt% of foam stabilizers, F) 0.0 to 5 wt% of viscosity modifiers, G) 0.1 to 2 wt% of additives, preferably selected from the group comprising cell openers, preservatives, bactericides, fungicides and antioxidants and H) solvent ad 100 wt%.
A network component comprising: a source-delay locked loop, S-DLL, unit configured to send a plurality of timestamps periodically at a plurality of timestamp intervals to a destination node, so that the destination node adds actual reception time at the destination node to each received timestamp and returns the timestamps carrying the actual reception time; and a source queue configured to queue the timestamps carrying expected reception time queued at and returned from the destination node, wherein timestamp intervals of returning the timestamps by the destination node are equal to the timestamp intervals of receiving the timestamps by the S-DLL unit; wherein the S-DLL unit is further configured to process the queued timestamps to calculate a plurality of offsets between the expected reception time of the timestamps at the destination node calculated according to a virtual delay time between the network component and the destination node and the actual reception time indicated by the destination node, wherein the virtual delay time corresponds to a maximum expected half round-trip delay between the network component and the destination node, and send the offsets to the destination node. a source-delay locked loop, S-DLL, unit configured to send a plurality of timestamps periodically at a plurality of timestamp intervals to a destination node, so that the destination node adds actual reception time at the destination node to each received timestamp and returns the timestamps carrying the actual reception time; and a source queue configured to queue the timestamps carrying expected reception time queued at and returned from the destination node, wherein timestamp intervals of returning the timestamps by the destination node are equal to the timestamp intervals of receiving the timestamps by the S-DLL unit; wherein the S-DLL unit is further configured to process the queued timestamps to calculate a plurality of offsets between the expected reception time of the timestamps at the destination node calculated according to a virtual delay time between the network component and the destination node and the actual reception time indicated by the destination node, wherein the virtual delay time corresponds to a maximum expected half round-trip delay between the network component and the destination node, and send the offsets to the destination node.
Locking device for a door and/or a window, having a housing formed as a counter strike box, having a bolt receiving space, in which a bolt of a lock engages for the locking of a leaf of the door and/or of the window, and having a bolt ejector which is movable in a driven manner by a drive device between a first position and a second position, wherein the bolt ejector enables an engagement of a bolt of a lock in the bolt receiving space in the first position, and the bolt ejector prevents an engagement of the bolt of a lock in the bolt receiving space in the second position, and wherein the bolt ejector displaces a bolt of a lock out of the bolt receiving space when moving from the first position to the second position, and wherein the drive device has an actuator (131, 131l) actuated by external energy and a mechanical energy storage device (132, 132z) that can be charged by the actuator (131, 131l), characterised in that the drive device has a switchable holding element for holding and/or fixing the energy storage device (132, 132l) in its charged position.
A method of reducing the level of protein aggregates in an elution pool containing an Fc-containing protein, the method comprising the steps of: (a) providing a sample comprising an Fc-containing protein and protein aggregates; (b) contacting the sample with a Protein A ligand immobilized onto a solid support, wherein the Protein A ligand comprises the amino acid sequence set forth in SEQ ID NO: 3 or SEQ ID NO: 4, such that the Fc-region containing protein binds to the Protein A ligand; (c) obtaining an elution pool containing the Fc-containing protein using either: i) a pH gradient method employing a high pH buffer and a low pH buffer; or ii) a pH step method employing two or more buffers used sequentially in the order of descending pH values, wherein in either case at least 30% of the protein aggregates are removed prior to the elution of the Fc-containing protein in addition to protein aggregates that are removed after the elution of the Fc-containing protein, thereby reducing the level of protein aggregates in the elution pool. (a) providing a sample comprising an Fc-containing protein and protein aggregates; (b) contacting the sample with a Protein A ligand immobilized onto a solid support, wherein the Protein A ligand comprises the amino acid sequence set forth in SEQ ID NO: 3 or SEQ ID NO: 4, such that the Fc-region containing protein binds to the Protein A ligand; (c) obtaining an elution pool containing the Fc-containing protein using either: i) a pH gradient method employing a high pH buffer and a low pH buffer; or ii) a pH step method employing two or more buffers used sequentially in the order of descending pH values, i) a pH gradient method employing a high pH buffer and a low pH buffer; or ii) a pH step method employing two or more buffers used sequentially in the order of descending pH values,
Method for operating a motor vehicle locking system, in particular for locking a motor vehicle cover, preferably a motor vehicle door, in which a drive for a motor vehicle latch of the cover is applied depending on a pre-locked position, which is determined by a sensor, and a fully locked position of the motor vehicle latch, further reaching a second locked position beyond the fully locked position, which is determined by a sensor, causes reversing of the drive irrespective of the previously assumed fully locked position, and a normal locking process corresponds to the second locked position being assumed, which is determined by a sensor, after the fully locked position, characterized in that a normal locking process aborted as a result of overload corresponds to the second locked position being assumed, which is determined by a sensor, when the fully locked position is not detected by a sensor. a drive for a motor vehicle latch of the cover is applied depending on a pre-locked position, which is determined by a sensor, and a fully locked position of the motor vehicle latch, further reaching a second locked position beyond the fully locked position, which is determined by a sensor, causes reversing of the drive irrespective of the previously assumed fully locked position, and a normal locking process corresponds to the second locked position being assumed, which is determined by a sensor, after the fully locked position, characterized in that a normal locking process aborted as a result of overload corresponds to the second locked position being assumed, which is determined by a sensor, when the fully locked position is not detected by a sensor.
An apparatus for inserting food products into trays, comprising: • an infeed conveyor configured to convey food products from an infeed position to a free end of the infeed conveyor; • a food product position detection means for detecting positions of the food products on the infeed conveyor, • a tray feeding conveyor configured to convey empty trays to a tray filling position, where the tray filling position is positioned below the free end, and where the tray filling position is the position where the food products are released from the free-end of the infeed conveyor and into the trays, • a tray position detection means for detecting positions of empty trays on the tray feeding conveyor, the apparatus characterized in that it further comprises • a moving means configured to adjust the position of the free end of the infeed conveyor, and a control unit for controlling the moving means where the controlling includes utilizing the detected positions of the food products and the detected positions of the empty trays as operation parameters in dynamically adjusting the position of the free end when releasing the food products from the releasing end of the infeed conveyor and into the trays, wherein the conveying direction of the infeed conveyor is essentially opposite to the conveying direction of the tray feeding conveyor. • an infeed conveyor configured to convey food products from an infeed position to a free end of the infeed conveyor; • a food product position detection means for detecting positions of the food products on the infeed conveyor, • a tray feeding conveyor configured to convey empty trays to a tray filling position, where the tray filling position is positioned below the free end, and where the tray filling position is the position where the food products are released from the free-end of the infeed conveyor and into the trays, • a tray position detection means for detecting positions of empty trays on the tray feeding conveyor, • a moving means configured to adjust the position of the free end of the infeed conveyor, and
A cosmetic and/or dermatological composition comprising in association a hydroglycerin extract of Passiflora incarnata and a hydroglycerin extract of Anchusa arvensis, said extracts being obtained via percolation from the aerial parts of the plants, and optionally in combination with pharmaceutically and cosmetically acceptable excipients and carriers.
Manufacturing device for saw blades, in particular saw bands, in particular for welding or soldering individual cutting elements at receiving points on a fed base blade, in particular a base band, having a cutting element feed and an electrical pressure welding device with an advanceable welding head, characterized in that the manufacturing device has an automatic adjusting device which is designed to detect and, if required, adjust or readjust the relative position of base blade and welding head at the process region, wherein the automatic adjusting device has an optical detection device (31, 130) for the position of the base blade, in particular of the current receiving point or of the target surface, in the process region, which detection device is arranged at a distance from the process region and views the process region transversely with respect to the base blade plane, and wherein the automatic adjusting device has a positioning device, which is controlled according to the detection result, for changing the relative position of base blade and welding head as required.
A system for interfacing a cloud-based industrial automation simulation with a virtualized controller, comprising: a configuration retrieval component configured to discover and retrieve I/O module configuration data associated with a virtualized controller executing on a cloud platform, wherein the I/O module configuration data defines one or more clone I/O points of the virtualized controller; and an I/O normalization component configured to transform a communication protocol of the one or more clone I/O points to yield one or more encapsulated I/O points that conform to a standardized communication protocol; and a data exchange model configured to exchange simulation data between the one or more encapsulated I/O points and corresponding one or more simulation I/O points of the cloud-based simulation in accordance with the standardized communication protocol. a configuration retrieval component configured to discover and retrieve I/O module configuration data associated with a virtualized controller executing on a cloud platform, wherein the I/O module configuration data defines one or more clone I/O points of the virtualized controller; and an I/O normalization component configured to transform a communication protocol of the one or more clone I/O points to yield one or more encapsulated I/O points that conform to a standardized communication protocol; and a data exchange model configured to exchange simulation data between the one or more encapsulated I/O points and corresponding one or more simulation I/O points of the cloud-based simulation in accordance with the standardized communication protocol.
A mapping and resource allocation method for Relay link-Physical Downlink Shared Channel, R-PDSCH, in Long Term Evolution, LTE, system and Long Term Evolution-Advanced, LTE-A, system, the method comprising: when resources allocated for a Relay link-Physical Downlink Control Channel, R-PDCCH, overlap with resources allocated for a R-PDSCH, mapping the data of the R-PDSCH on all or partial allocated resources which are not occupied by the R-PDCCH or sending the data of the R-PDSCH on all or partial allocated resources which are not occupied by the R-PDCCH; wherein a grouping-tree resource allocation mode is used to allocate resources for the R-PDSCH; the grouping-tree resource allocation mode comprises: grouping resource blocks, or resource block pairs or frequency resources, and performing tree-shaped resource allocation on the grouped resources, wherein bit number of position information is ┌log 2 ( n· ( n +1)/2)┐ when the grouping-tree resource allocation mode is adopted, where n refers to number of available groups, and ┌ ┐ refers to ceiling. when resources allocated for a Relay link-Physical Downlink Control Channel, R-PDCCH, overlap with resources allocated for a R-PDSCH, mapping the data of the R-PDSCH on all or partial allocated resources which are not occupied by the R-PDCCH or sending the data of the R-PDSCH on all or partial allocated resources which are not occupied by the R-PDCCH; wherein a grouping-tree resource allocation mode is used to allocate resources for the R-PDSCH; the grouping-tree resource allocation mode comprises: grouping resource blocks, or resource block pairs or frequency resources, and performing tree-shaped resource allocation on the grouped resources, wherein bit number of position information is ┌log 2 ( n· ( n +1)/2)┐ when the grouping-tree resource allocation mode is adopted, where n refers to number of available groups, and ┌ ┐ refers to ceiling.
Laser headlight with a laser light source, an illuminant and a light redirection device designed to illuminate different subareas (26a, 26b) of the illuminant with laser light at different times, whereby the light redirection device comprises at least one moving primary light redirection element designed to direct laser light in various directions at different times, whereby the light redirection device is designed to direct light cast in an initial direction in an initial beam path to an initial subarea of the illuminant, and to direct light cast in a second direction in a second beam path to a second subarea of the illuminant, whereby the laser headlight is designed to cast the light directed onto the initial subarea from an initial direction of arrival, characterised in that the initial direction of arrival is parallel to the second direction of arrival.
A rotary valve internal combustion engine adapted for use in a hand-held machine, the engine comprising: a piston connected to a crankshaft and reciprocatable in a cylinder, the cylinder having a combustion end, a combustion chamber being defined in part by the piston and the combustion end of the cylinder, a valve housing fixed at an outer portion of the combustion end of the cylinder and defining a bore and a rotary valve rotatable about a rotary valve axis in the bore in the valve housing, the rotary valve having a hollow valve body having an interior volume forming a part of the combustion chamber, wherein the interior volume of the hollow valve body is subjected to combustion gases throughout the combustion process, and further having in a wall part thereof a port giving, during rotation of the valve, fluid communication successively to and from the combustion chamber via inlet and exhaust ports (27, 28) in the valve housing, the engine having a carburettor for controlling the air/fuel mix into the engine and an exhaust muffler for the exhaust gases, the inlet and exhaust port angles being arranged such that the main body of the carburettor and main body of the muffler are on opposite sides of the engine and on an axis substantially parallel to the centreline of the engine, characterized in that when the engine is at top dead centre, the valve port is offset a predetermined number of degrees from the ideal radial line, the angular offset reducing the radial offset of the inlet port that is required to achieve a mounting flange for the carburettor that is substantially parallel to the centreline of the engine, the centreline of the inlet port is offset a predetermined number of degrees from an ideal radial line from the cylinder axis, the angular offset allowing the mounting flange for the carburettor to be substantially parallel to the centreline of the engine, and the centreline of the exhaust port is offset a predetermined number of degrees from an ideal radial line from the cylinder axis, said angular offset allowing the main body of the muffler to be substantially parallel to the centreline of the crankshaft using an angled mounting flange.
An antisense oligonucleotide having the following structure: wherein and wherein ^ = the stereochemistry of the phosphorous center is not defined; or a pharmaceutically acceptable salt thereof.
A method of a terminal for reporting a power headroom report, PHR, in a mobile communication system supporting carrier aggregation, the method comprising: determining a first maximum transmission power of a first serving cell of one or more serving cells based on uplink transmission of at least one other serving cell, in a case that a physical uplink shared channel, PUSCH, is transmitted on the first serving cell; determining a second maximum transmission power of the first serving cell of the one or more serving cells without consideration of uplink transmission of the other at least one serving cell, in a case that the PUSCH is not transmitted on the first serving cell; determining a power headroom, PH, of the first serving cell based on the first maximum transmission power or the second maximum transmission power; and transmitting an extended PHR including respective determined PHs of the one or more serving cells, wherein the first maximum transmission power of the first serving cell is determined based on a frequency band of the at least one other serving cell in which the uplink transmission is performed, wherein the PH is determined by subtracting transmission power information associated with the PUSCH from the second maximum transmission power of the serving cell, in the case that the PUSCH is not transmitted on the first serving cell, and characterized in that the transmission power information corresponds to a reference format based on an assumption that a parameter associated with a number of resource blocks M PUSCH and a parameter associated with a modulation and coding scheme, MCS, Δ TF become 0. determining a first maximum transmission power of a first serving cell of one or more serving cells based on uplink transmission of at least one other serving cell, in a case that a physical uplink shared channel, PUSCH, is transmitted on the first serving cell; determining a second maximum transmission power of the first serving cell of the one or more serving cells without consideration of uplink transmission of the other at least one serving cell, in a case that the PUSCH is not transmitted on the first serving cell; determining a power headroom, PH, of the first serving cell based on the first maximum transmission power or the second maximum transmission power; and transmitting an extended PHR including respective determined PHs of the one or more serving cells, wherein the first maximum transmission power of the first serving cell is determined based on a frequency band of the at least one other serving cell in which the uplink transmission is performed, wherein the PH is determined by subtracting transmission power information associated with the PUSCH from the second maximum transmission power of the serving cell, in the case that the PUSCH is not transmitted on the first serving cell, and characterized in that the transmission power information corresponds to a reference format based on an assumption that a parameter associated with a number of resource blocks M PUSCH and a parameter associated with a modulation and coding scheme, MCS, Δ TF become 0.
A dust collecting device for a cleaner, comprising: a dust collecting case including a dust discharging port, the dust discharging port openable to allow a discharge of dust collected from the dust collecting case (no); a discharge cover coupled to one side of the dust collecting case, the discharge cover operable to open and close the dust discharging port; and a sealing member (230, 240) between the dust collecting case and the discharge cover, the sealing member comprising a first sealing portion (232, 242), a second sealing portion (233, 243) extending from the first sealing portion (232, 242), a third sealing portion (234, 245), and a connecting portion (235, 246) between the first sealing portion (232, 242) and the third sealing portion (234, 245); wherein the third sealing portion (234, 245) is in contact with the discharge cover; and wherein, when the dust discharging port is closed, the dust collecting case is arranged to contact the second sealing portion (233, 243) such that the second and third sealing portions are in contact and arranged between the dust collecting case and the discharge cover. a dust collecting case including a dust discharging port, the dust discharging port openable to allow a discharge of dust collected from the dust collecting case (no); a discharge cover coupled to one side of the dust collecting case, the discharge cover operable to open and close the dust discharging port; and a sealing member (230, 240) between the dust collecting case and the discharge cover, the sealing member comprising a first sealing portion (232, 242), a second sealing portion (233, 243) extending from the first sealing portion (232, 242), a third sealing portion (234, 245), and a connecting portion (235, 246) between the first sealing portion (232, 242) and the third sealing portion (234, 245); wherein the third sealing portion (234, 245) is in contact with the discharge cover; and wherein, when the dust discharging port is closed, the dust collecting case is arranged to contact the second sealing portion (233, 243) such that the second and third sealing portions are in contact and arranged between the dust collecting case and the discharge cover.