mhurhangee/ep-ind-claims huggingface dataset:
A method for a device, comprising: configuring the device by a network node with at least a serving cell, wherein the serving cell is configured with one or multiple bandwidth parts, in the following also referred to as BWPs, and a timer, and wherein the serving cell is activated; monitoring physical downlink control channel, in the following also referred to as PDCCH, on a BWP, wherein the BWP is active, and wherein the active BWP is one of the configured BWPs and the active BWP is associated with an active downlink, in the following also referred to as DL, BWP; receiving an information from PDCCH, wherein the PDCCH is addressed to a group-common RNTI, in the following also referred to as GC-RNTI, used for multicast or broadcast service, in the following also referred to as MBS, and the information indicates downlink assignment on the active BWP; and starting or restarting the timer associated with the active DL BWP in response to the reception of downlink assignment, characterized in that the timer is a bwp-InactivityTimer, and if the bwp-InactivityTimer expires, the device performs BWP switching to a BWP indicated by defaultDownlinkBWP-Id, wherein the BWP indicated by defaultDownlinkBWP-Id is one of the configured BWP; or if the bwp-InactivityTimer expires, the device performs BWP switching to a BWP indicated by initialDownlinkBWP, wherein the BWP indicated by initialDownlinkBWP is one of the configured BWP. configuring the device by a network node with at least a serving cell, wherein the serving cell is configured with one or multiple bandwidth parts, in the following also referred to as BWPs, and a timer, and wherein the serving cell is activated; monitoring physical downlink control channel, in the following also referred to as PDCCH, on a BWP, wherein the BWP is active, and wherein the active BWP is one of the configured BWPs and the active BWP is associated with an active downlink, in the following also referred to as DL, BWP; receiving an information from PDCCH, wherein the PDCCH is addressed to a group-common RNTI, in the following also referred to as GC-RNTI, used for multicast or broadcast service, in the following also referred to as MBS, and the information indicates downlink assignment on the active BWP; and starting or restarting the timer associated with the active DL BWP in response to the reception of downlink assignment, characterized in that the timer is a bwp-InactivityTimer, and if the bwp-InactivityTimer expires, the device performs BWP switching to a BWP indicated by defaultDownlinkBWP-Id, wherein the BWP indicated by defaultDownlinkBWP-Id is one of the configured BWP; or if the bwp-InactivityTimer expires, the device performs BWP switching to a BWP indicated by initialDownlinkBWP, wherein the BWP indicated by initialDownlinkBWP is one of the configured BWP.
Offshore support structure for wind turbines, which can be connected to several, preferably six piles anchored in the seabed, comprising: a mount for a wind turbine tower, a truss structure connectable to the piles and composed of a plurality of tubes, which can be assembled from a plurality of prefabricated truss segments (6, 8, 10), wherein a segment (6, 8, 10) has a plurality of tubes connected by means of an X-joint and a plurality of tubes arranged essentially horizontally in operation and forming a ring, and wherein the truss structure has a plurality of foot joints by means of which the truss structure can be coupled to the piles, characterized in that a foot node has a lower pipe segment in operation and an adapter plate fastened at the top of the pipe segment, preferably by welding, which, during operation, can be coupled directly or indirectly to at least one pipe of the truss structure connected by means of an X-joint, wherein two adapter pipes arranged substantially V-shaped relative to each other are fastened, preferably welded, to the adapter plate, wherein each adapter pipe can be connected, preferably welded, to a pipe of the truss structure. a mount for a wind turbine tower, a truss structure connectable to the piles and composed of a plurality of tubes, which can be assembled from a plurality of prefabricated truss segments (6, 8, 10), wherein a segment (6, 8, 10) has a plurality of tubes connected by means of an X-joint and a plurality of tubes arranged essentially horizontally in operation and forming a ring, and wherein the truss structure has a plurality of foot joints by means of which the truss structure can be coupled to the piles, characterized in that a foot node has a lower pipe segment in operation and an adapter plate fastened at the top of the pipe segment, preferably by welding, which, during operation, can be coupled directly or indirectly to at least one pipe of the truss structure connected by means of an X-joint, wherein two adapter pipes arranged substantially V-shaped relative to each other are fastened, preferably welded, to the adapter plate, wherein each adapter pipe can be connected, preferably welded, to a pipe of the truss structure.
A DNA polymerase having at least 90% sequence identity with SEQ ID NO:2 and having increased efficiency in incorporating methylated deoxynucleotide triphosphates (dNTPs) compared with a control DNA polymerase, wherein the amino acid of the DNA polymerase corresponding to position 640 of SEQ ID NO:2 is M and wherein the control DNA polymerase has the same amino acid sequence as the DNA polymerase except that the amino acid of the control DNA polymerase corresponding to position 640 of SEQ ID NO:2 is I.
Method to calibrate a WIM (Weigh in Motion) sensor; which WIM sensor is arranged in a road flush with a road surface; which WIM sensor determines a force exerted on the road surface of the road; characterized in that an evaluation unit is provided providing a calibration function; and that the following steps are performed: a) A device is arranged at a position of a vehicle; the position having a distance to the road surface; the device being configured to measure the distance to the road surface continuously; the device providing a distance signal to the evaluation unit. b) A wheel of the vehicle passes over the WIM sensor, the wheel exerting a force on the road surface and the WIM sensor; the vehicle being equipped with at least one sensor arranged at the vehicle; said at least one sensor is configured to measure the velocity of the vehicle as a velocity signal and providing a velocity signal to the evaluation unit. c) The evaluation unit uses the velocity signal and the distance signal to calculate a wheel force exerted on the road surface continuously and provides the calculated wheel force as a calculated wheel force signal, wherein the force is determined using Hooke's equation, wherein the spring constant is determined from a database based on the velocity of the vehicle. d) The WIM sensor provides a WIM signal to the evaluation unit as the vehicle passes over the WIM sensor. e) The evaluation unit uses the calculated wheel force signal and the WIM signal to determine a calibration function. f) The calibration function is used for the calibration of the WIM sensor. a) A device is arranged at a position of a vehicle; the position having a distance to the road surface; the device being configured to measure the distance to the road surface continuously; the device providing a distance signal to the evaluation unit. b) A wheel of the vehicle passes over the WIM sensor, the wheel exerting a force on the road surface and the WIM sensor; the vehicle being equipped with at least one sensor arranged at the vehicle; said at least one sensor is configured to measure the velocity of the vehicle as a velocity signal and providing a velocity signal to the evaluation unit. c) The evaluation unit uses the velocity signal and the distance signal to calculate a wheel force exerted on the road surface continuously and provides the calculated wheel force as a calculated wheel force signal, wherein the force is determined using Hooke's equation, wherein the spring constant is determined from a database based on the velocity of the vehicle. d) The WIM sensor provides a WIM signal to the evaluation unit as the vehicle passes over the WIM sensor. e) The evaluation unit uses the calculated wheel force signal and the WIM signal to determine a calibration function. f) The calibration function is used for the calibration of the WIM sensor.
Luminaire which is designed as a floodlight for outdoor illumination, having one or more light sources and a reflector having a reflector shell which is designed to reflect on its inner side and which encloses a light exit opening for emitting light which has been reflected on the reflector shell, wherein at least a partial region of the inside of the reflector shell is provided with a widening structure comprising linear elevations, wherein the lines defining the elevations lie in each case in a plane which cuts the reflector shell and the light exit opening of the reflector, and the linear elevations are formed at least partially to reflect light in a directed manner, characterized by a plurality of partial regions, each of which has a widening structure with linear elevations, the lines of the respective partial regions defining the elevations each running parallel to one another or running parallel to one another in a projection onto the surface of the light exit opening.
An isolated antibody that specifically binds to feline IL-31, wherein said antibody reduces, inhibits or neutralizes feline IL-31-mediated pSTAT signaling in a cell based assay.
Method for producing rectangular panels with long edges and short edges, wherein the long edges and the short edges are adapted to be joined by means of joints, wherein the joints position and hold panels together via their respective edges in order to form a surface comprising a plurality of said panels assembled together wherein the edges of said panels are provided with a core and means for mechanically locking said panels towards one another via interacting locking surfaces, said long edges further comprising friction enhancing means intended for impeding assembled panels from sliding in a direction along the edges, wherein the force needed to overcome the static friction along the joint at the long edges between two assembled panels is larger than 100N per meter of joint length, preferably larger than 1000N per meter of joint length, wherein predetermined surfaces of the long edges are provided with a rough surface, wherein the core of the panels is made of a wood based material and wherein the rough surface is achieved by wetting the predetermined surfaces of the long edge with a liquid hereby causing fibre of the core to rise.
A system for adjusting a tractor speed based on a performance of a pickup of a baler, the system comprising: a flow rate sensor configured to monitor a feed point of the pickup, sense a flow rate of a crop into the pickup, and output a flow rate signal with a level and/or data value that varies according to the flow rate of the crop into the pickup; a processing element configured or programmed to receive the flow rate signal, receive a speed signal and/or data regarding a speed of a tractor pulling the baler, compare the flow rate from the flow rate signal with the speed from the speed signal and/or data to generate a comparison result, and output an electronic speed signal with a level and/or data value that varies according to the comparison result; and a tractor speed controller configured to receive the speed signal and adjust a speed of the tractor according to the level and/or data value of the speed signal. a flow rate sensor configured to monitor a feed point of the pickup, sense a flow rate of a crop into the pickup, and output a flow rate signal with a level and/or data value that varies according to the flow rate of the crop into the pickup; a processing element configured or programmed to receive the flow rate signal, receive a speed signal and/or data regarding a speed of a tractor pulling the baler, compare the flow rate from the flow rate signal with the speed from the speed signal and/or data to generate a comparison result, and output an electronic speed signal with a level and/or data value that varies according to the comparison result; and receive the flow rate signal, receive a speed signal and/or data regarding a speed of a tractor pulling the baler, compare the flow rate from the flow rate signal with the speed from the speed signal and/or data to generate a comparison result, and output an electronic speed signal with a level and/or data value that varies according to the comparison result; and a tractor speed controller configured to receive the speed signal and adjust a speed of the tractor according to the level and/or data value of the speed signal.
A method for decreasing air leakage from a one piece woven airbag, said method comprising: forming an OPW airbag having seams; and applying a hot melt sealant material to one or more seams of the OPW airbag and not to the remainder of the OPW airbag. forming an OPW airbag having seams; and applying a hot melt sealant material to one or more seams of the OPW airbag and not to the remainder of the OPW airbag.
Closed loop heating system (1, 34, 38), comprising at least one closed fluid circuit (14, 15) distributing a thermal energy transfer fluid, at least one thermal energy receiving unit (13, 31, 40) where the thermal energy transfer fluid is heated and provided to at least one thermal energy releasing unit (5, 6) through the forward line, where a heat pump comprising and connecting a first part and a second part of the closed fluid circuit (14, 15) through a refrigerant circuit that includes an evaporator part, a compressor and condenser part, where the first part is supplied with thermal energy through the connected forward line from a transfer point heat exchanger, characterized in that, said heat pump is transferring thermal energy through a heat exchanger from the first part of said least one fluid circuit (14, 15), being the low-temperature part, to the thermal energy transfer fluid coming from the transfer point heat exchanger through forward line at a second part of said least one fluid circuit (14, 15), being the high-temperature part.
A liquid composition comprising glycerol, at least an unsaturated fatty acid in liquid form, an alkalising agent and water wherein: a) glycerol is present at concentrations comprised between 50% and 99% by weight, on the total weight of said liquid composition: b) water at a concentration comprised between 0.01% and 35% by weight on the total weight of said liquid composition, and wherein said alkalising agent is comprised at concentrations comprised between 1% and 5% by weight on the total weight of said composition. a) glycerol is present at concentrations comprised between 50% and 99% by weight, on the total weight of said liquid composition: b) water at a concentration comprised between 0.01% and 35% by weight on the total weight of said liquid composition, and
A terminal for performing a random access procedure in a wireless communication system, the terminal comprising: a transceiver adapted to receive a command for starting a time alignment timer that is used to control how long the terminal is considered uplink time aligned, wherein the command is a time advance command, and the time advance command is received in a random access response message; and a processor adapted to determine whether a random access preamble in the random access procedure was explicitly signaled and an index of the random access preamble was not 00000, wherein if it is determined that the random access preamble was explicitly signaled and the index of the random access preamble was not 00000, the time advance command is applied, and the time alignment timer is started or restarted, wherein if it is determined that the random access preamble was not explicitly signaled and if the time alignment timer is not running, the time advance command is applied, and the time alignment timer is started, wherein the timer alignment timer is stopped when a contention resolution is considered not successful, and wherein if it is determined that the random access preamble was not explicitly signaled and the time alignment timer is running, the received command is ignored. a transceiver adapted to receive a command for starting a time alignment timer that is used to control how long the terminal is considered uplink time aligned, wherein the command is a time advance command, and the time advance command is received in a random access response message; and a processor adapted to determine whether a random access preamble in the random access procedure was explicitly signaled and an index of the random access preamble was not 00000,
- Tyre for a heavy-duty vehicle, this tyre comprising a tread having a thickness E of wearable material and a tread surface intended to come into contact with a roadway, this tread having at least one raised element (41, 42), this raised element having a contact face forming part of the tread surface, lateral faces intersecting the contact face along edge corners, each raised element having a height at least equal to the thickness E of wearable material, this at least one raised element (41, 42) being provided with a plurality of sipes distributed in the circumferential direction, these sipes being inclined theough the depth of the tread, namely making an angle other than zero degrees with a radial plane perpendicular to the contact face of the raised element (41, 42), these inclined sipes extending through the thickness of the tread and intersecting the contact face of the raised element to form edge corners, these inclined sipes having suitable widths such that they close up at least partially when they enter the contact patch in contact with the roadway, this tyre being characterized in that the material of the tread that is intended to be in contact when new with a roadway is an elastomer compound based on natural rubber or synthetic polyisoprene with a majority of cis-1,4 linkages and optionally on at least one other diene elastomer, the natural rubber or the synthetic polyisoprene in case of a blend being present in a majority amount relative to the amount of the other diene elastomer(s) used and on a reinforcing filler consisting predominantly of silica, with a content expressed in phr (parts by weight per hundred rubber) of greater than 40 and an overall filler content expressed in phr of greater than 50, this material further having the following physical properties: - a tan(δ)max/(G ∗ 25 %) ratio is at most equal to 0.065, in which tan(δ)max is the measurement, at 60°C, of the loss factor of the material of which the tread is made, and G ∗ at 25% deformation is the complex dynamic shear modulus, expressed in MPa, of this material as obtained according to the recommendations of standard ASTM D 5992-96, and - a deformation at break under tensile testing that is at least equal to 530%, this value being obtained at a temperature of 60°C according to the recommendations of French standard NF T 46-002. - a tan(δ)max/(G ∗ 25 %) ratio is at most equal to 0.065, in which tan(δ)max is the measurement, at 60°C, of the loss factor of the material of which the tread is made, and G ∗ at 25% deformation is the complex dynamic shear modulus, expressed in MPa, of this material as obtained according to the recommendations of standard ASTM D 5992-96, and - a deformation at break under tensile testing that is at least equal to 530%, this value being obtained at a temperature of 60°C according to the recommendations of French standard NF T 46-002.
Method for determining a variable and/or changing image point, wherein two images are captured by a camera in a manner spaced apart over time, wherein each image can be represented as a matrix of image points, wherein each image point can be assigned a numerical value for representing brightness, colour and/or grey level, and for each image in each case - the sum of the numerical values of each row of the matrix is formed, that is to say each row sum, - the sum of the numerical values of each column of the matrix is formed, that is to say each column sum, wherein the difference between the row sums of the two images and the difference between the column sums of the two images is formed, so that the variable image points can be identified, and a variable image point and/or changing image point is determined from non-vanishing differences, characterized in that the variable image points are generated by a controllable illuminant, in particular by a controllable, signal-emitting illuminant, by varying over time the light that is emitted by the illuminant, wherein information, in particular data, is transmitted by recognizing the time-dependent variation of the illuminant, wherein not only are the row sums and column sums determined, but also the diagonal sums of the elements of the matrix, that is to say the sum of the numerical values of a diagonal and the sum of the numerical values which are arranged on a line parallel to the diagonal, wherein the difference between the diagonal sums of the two images is also taken into consideration for determining the variable image points. - the sum of the numerical values of each row of the matrix is formed, that is to say each row sum, - the sum of the numerical values of each column of the matrix is formed, that is to say each column sum,