mhurhangee/ep-ind-claims huggingface dataset:
A Field Programmable Gate Array capable of implementing a logic function said Field Programmable Gate Array comprising a plurality of hardware lookup tables, the select lines or outputs of each lookup table being programmably interconnected with select lines or outputs of another said lookup table by means of a plurality of programmable switches, said Field Programmable Gate Array being characterized by further comprising a plurality of flip flops in a shift register configuration and constituting a programming shift register, each Lookup table having at least one input coupled to an output of a respective said flip flop, said Field Programmable Gate Array further comprising a multiplexer having an output coupled to a programming shift register, said Field Programmable Gate Array being configured to instruct said multiplexer to select an input receiving configuration values implementing a logic function, said Field Programmable Gate Array being further configured to instruct a plurality of LUT flip flops (915, 916) to enter an operational configuration wherein each said LUT flip flop (915, 916) receives inputs from the outputs of a plurality of LUTs (911, 912) respectively, and said Field Programmable Gate Array being further configured to clock said programming shift register to load a first set of elements thereof with LUT configuration values belonging to said configuration values implementing said logic function and to clock said programming shift register to load a second set of elements (3701, 3702, 3703, 3704, 3705, 3706) of said shift register * with routing switch configuration values belonging to said configuration values implementing said logic function. said Field Programmable Gate Array being configured to instruct said multiplexer to select an input receiving configuration values implementing a logic function, said Field Programmable Gate Array being further configured to instruct a plurality of LUT flip flops (915, 916) to enter an operational configuration wherein each said LUT flip flop (915, 916) receives inputs from the outputs of a plurality of LUTs (911, 912) respectively, and said Field Programmable Gate Array being further configured to clock said programming shift register to load a first set of elements thereof with LUT configuration values belonging to said configuration values implementing said logic function and to clock said programming shift register to load a second set of elements (3701, 3702, 3703, 3704, 3705, 3706) of said shift register * with routing switch configuration values belonging to said configuration values implementing said logic function.
A method of performing, by a User Equipment, UE, a measurement in a wireless communication system, the method comprising: receiving, by the UE, that is in a Radio Resource Control, RRC, connected mode, a measurement configuration from a network via a dedicated RRC message, wherein the measurement configuration is a minimization driving test, MDT, configuration, and includes a list of cell identifiers, IDs, for which one or more UEs are requested to perform a measurement logging while in an RRC idle mode; after receiving the measurement configuration and transitioning into the RRC idle mode, camping on a suitable cell; receiving system information from the network, wherein the system information includes a cell identifier, ID; comparing the cell identifier of the system information to the list of cell IDs of the measurement configuration; and performing, while in the RRC idle mode, the measurement logging when the cell indicated by the cell identifier of the system information is included within the list of cell IDs according to the comparing. receiving, by the UE, that is in a Radio Resource Control, RRC, connected mode, a measurement configuration from a network via a dedicated RRC message, wherein the measurement configuration is a minimization driving test, MDT, configuration, and includes a list of cell identifiers, IDs, for which one or more UEs are requested to perform a measurement logging while in an RRC idle mode; after receiving the measurement configuration and transitioning into the RRC idle mode, camping on a suitable cell; receiving system information from the network, wherein the system information includes a cell identifier, ID; comparing the cell identifier of the system information to the list of cell IDs of the measurement configuration; and performing, while in the RRC idle mode, the measurement logging when the cell indicated by the cell identifier of the system information is included within the list of cell IDs according to the comparing.
A process of applying multiple coating layers to a substrate to obtain a polished metal appearance, the process consisting of the steps: (a) applying to at least one surface of the substrate a solid color black waterborne basecoat composition that is substantially free from thin metal flake pigments to obtain a coated substrate; (b) applying over the coated substrate of step (a) a pigmented waterborne basecoat composition comprising an effective amount of thin metal flake pigment to impart the desired polished metal effect, said thin metal flake pigment having an average thickness in the range of from 10 to 100 nanometers and having,an average particle diameter in the range of from 5 to 30 micrometers; (c) subjecting the coated substrate obtained in step (b) to a flash drying step; (d) applying a clearcoat composition over the coated substrate obtained in step (c); and (e) curing the coatings applied in steps (a), (b), and (d) simultaneously in a single bake to obtain a coated substrate having a polished metal appearance; wherein the first and second waterborne basecoat compositions comprise aqueous microgel and the first and second waterborne basecoat compositions contain sheet silicate, wherein the first waterborne basecoat composition is opaque and is applied at complete hiding, and wherein the second waterborne basecoat composition is formulated to be non-transparent and is applied at complete hiding. (a) applying to at least one surface of the substrate a solid color black waterborne basecoat composition that is substantially free from thin metal flake pigments to obtain a coated substrate; (b) applying over the coated substrate of step (a) a pigmented waterborne basecoat composition comprising an effective amount of thin metal flake pigment to impart the desired polished metal effect, said thin metal flake pigment having an average thickness in the range of from 10 to 100 nanometers and having,an average particle diameter in the range of from 5 to 30 micrometers; (c) subjecting the coated substrate obtained in step (b) to a flash drying step; (d) applying a clearcoat composition over the coated substrate obtained in step (c); and (e) curing the coatings applied in steps (a), (b), and (d) simultaneously in a single bake to obtain a coated substrate having a polished metal appearance;
An apparatus for drilling a borehole in an earth formation, the apparatus characterized by: a plurality of drill pipes configured to be coupled together to form a drill string that is configured to convey an earth formation disintegrating device while progressing into the earth formation; a communication medium disposed on the drill string and configured to communicate a signal; and one or more processors configured to: receive drilling information, the drilling information comprising: a time-depth correlation of one or more of the drill pipes in the borehole; measured surface loads and; wellbore and drilling fluid data; the one or more processors being further configured to: receive (45, 64) geometric and material properties of the drill string; simulate (46, 63) a load distribution along the drill string using the time-depth correlation, the measured surface loads, and the wellbore and drilling fluid data; determine (47, 65) a stress distribution along at least a part of the drill string using the simulated load distribution and the geometric and material properties of the drill string as inputs; determine a cumulative fatigue damage of at least a part of one drill pipe in the drill string using the stress distribution; and write (53, 69) the cumulative fatigue damage of the at least a part of one drill pipe to a memory. a plurality of drill pipes configured to be coupled together to form a drill string that is configured to convey an earth formation disintegrating device while progressing into the earth formation; a communication medium disposed on the drill string and configured to communicate a signal; and one or more processors configured to: receive drilling information, the drilling information comprising: a time-depth correlation of one or more of the drill pipes in the borehole; measured surface loads and; wellbore and drilling fluid data; the one or more processors being further configured to: receive (45, 64) geometric and material properties of the drill string; a time-depth correlation of one or more of the drill pipes in the borehole; measured surface loads and; wellbore and drilling fluid data; the one or more processors being further configured to: receive (45, 64) geometric and material properties of the drill string; simulate (46, 63) a load distribution along the drill string using the time-depth correlation, the measured surface loads, and the wellbore and drilling fluid data; determine (47, 65) a stress distribution along at least a part of the drill string using the simulated load distribution and the geometric and material properties of the drill string as inputs; determine a cumulative fatigue damage of at least a part of one drill pipe in the drill string using the stress distribution; and write (53, 69) the cumulative fatigue damage of the at least a part of one drill pipe to a memory.
Frame having solar absorption tubing and a support, wherein the frame has lateral openings, into which elastic supports with cylindrical feed-throughs are inserted and are connected to the frame, characterised in that the support on the inner side of the frame has an almost unilateral gap radially to the feed-through, such that the solar absorption tubing, the diameter of which corresponds to the diameter of the feed-through, is inserted in an elastically flexible manner and is locked.
Method for actively warning and/or for providing navigation assistance in order to prevent a collision of a vehicle body part and/or of a vehicle wheel (70, 80, 90, 100) with an object, in particular a kerbstone, wherein the object is detected on the basis of an evaluation of camera images of the vehicle surroundings, and wherein when there is a possibility of a collision between a vehicle body part and/or a vehicle wheel (70, 80, 90, 100) and the detected object a warning is output to the driver and/or there is active intervention in the vehicle dynamics, wherein a pattern of the currently surrounding road is determined by evaluating an image which is recorded by means of at least one camera (40, 50) located on the vehicle, and in order to detect the object an image which is recorded by means of at least one camera (40, 50) located laterally on the vehicle is evaluated with respect to differences from the specific pattern of the currently surrounding road, characterized in that at least one image of a piece of road is recorded by means of a front-mounted camera and/or rear-mounted camera located on the vehicle, in order to determine a pattern of the currently surrounding road, and is correlated with the at least one image of the vehicle surroundings, recorded by means of the at least one lateral camera (40, 50), in order to detect the at least one object.
A brake disc for a vehicle disc brake, more especially for passenger cars, having a friction ring, which is supported by a brake disc chamber made of a preferably specifically light material, which has a central flat hub portion perpendicular to the axis of rotation of the brake disc and also what is known as a support wall portion, which adjoins the hub portion in a manner extending radially outwardly and which has the shape of a truncated circular cone in some regions, the free edge region of said support wall portion being connected to the friction ring, which is made of a different material, by means of connection elements, wherein the ratio of the height of the friction ring, as measured in the radial direction, to the diameter of the brake disc is less than 0.12 and the connection between the brake disc chamber and the friction ring is produced with a prestressing of the support wall portion, in such a way that, when the friction ring is not heated by a braking process, the edge region of the brake disc chamber acts on the friction ring in a manner pressing thereon outwardly in the radial direction directly or indirectly by means of the connection elements, characterised in that the edge region of the support wall portion or the brake disc chamber as considered in the radial direction has an least slightly resilient construction, which is provided by finger-like segments of the edge region forming an S-type shape as considered in the radial direction.
A method performed by a user equipment configured for use in a wireless communication system, the method comprising: receiving from radio network equipment a command with respect to an operating configuration, the operating configuration specifying a set of transmission parameters for communication; and confirming receipt of the command by setting the value of a confirmation field in a message and transmitting the message, wherein the confirmation field is shared for confirming receipt of a number of different types of commands with respect to the operating configuration that is greater than a number of possible values of the confirmation field, characterized in that different possible values of the confirmation field are either decoupled from the different possible types of commands or decoupled from an activation status of the operating configuration. receiving from radio network equipment a command with respect to an operating configuration, the operating configuration specifying a set of transmission parameters for communication; and confirming receipt of the command by setting the value of a confirmation field in a message and transmitting the message, wherein the confirmation field is shared for confirming receipt of a number of different types of commands with respect to the operating configuration that is greater than a number of possible values of the confirmation field, characterized in that different possible values of the confirmation field are either decoupled from the different possible types of commands or decoupled from an activation status of the operating configuration.
A protein complex comprising: (i) a first fusion protein comprising (a) a first polypeptide that comprises a first antigen-binding site and (b) a first binding protein linked to an N-terminus of the first polypeptide; and (ii) a second fusion protein comprising (a) a second polypeptide that comprises a second antigen-binding site and (b) a second binding protein linked to an N-terminus of the second polypeptide, wherein an antigen specifically binding to the first antigen-binding site and an antigen specifically binding to the second antigen-binding site are different, wherein the first binding protein and the second binding protein specifically bind to each other, wherein the first polypeptide that comprises the first antigen-binding site and the second polypeptide that comprises the second antigen-binding site form a heterodimer, and wherein the protein complex comprises an amino acid sequence that enables cleavage between the first polypeptide and the first binding protein, or between the second polypeptide and the second binding protein, or wherein the protein complex comprises both an amino acid sequence that enables cleavage between the first polypeptide and the first binding protein, and an amino acid sequence that enables cleavage between the second polypeptide and the second binding protein. (i) a first fusion protein comprising (a) a first polypeptide that comprises a first antigen-binding site and (b) a first binding protein linked to an N-terminus of the first polypeptide; and (ii) a second fusion protein comprising (a) a second polypeptide that comprises a second antigen-binding site and (b) a second binding protein linked to an N-terminus of the second polypeptide,
A detection apparatus, comprising: a plurality of magnetic sensors (1.1-1.3) to detect an electromagnetic field produced by an object; a processing unit to process signals from said plurality of magnetic sensors (1.1-1.3) and output a detection signal based on the signals from those magnetic sensors (1.1-1.3); an indicator to indicate the detection of an object based on the detection signal; and a signal generator to output a self-test signal to check a balance between the sensors (1.1-1.3); characterized in that the self-test signal is coupled into each of the magnetic sensors (1.1-1.3) directly via a wired connection between the processing unit and the magnetic sensors (1.1-1.3) and the processing unit is configured to use the self-test signal to determine a phase balance between the magnetic sensors (1.1-1.3). a plurality of magnetic sensors (1.1-1.3) to detect an electromagnetic field produced by an object; a processing unit to process signals from said plurality of magnetic sensors (1.1-1.3) and output a detection signal based on the signals from those magnetic sensors (1.1-1.3); an indicator to indicate the detection of an object based on the detection signal; and a signal generator to output a self-test signal to check a balance between the sensors (1.1-1.3); characterized in that the self-test signal is coupled into each of the magnetic sensors (1.1-1.3) directly via a wired connection between the processing unit and the magnetic sensors (1.1-1.3) and the processing unit is configured to use the self-test signal to determine a phase balance between the magnetic sensors (1.1-1.3).
Wheelbarrow with a frame (1, 50) formed from at least one hollow body, with at least one pivot-mounted wheel on the frame (1, 50), with at least two handle bars with grips located on the handle bars of the frame (1, 50), with at least two supports (7, 53) for the frame (1, 50) on which the wheelbarrow is supported in the rest position, with a load-carrying facility (2, 51, 57, 58, 59) of load-carrying shape located on the frame (1, 50), with a differing cross-section of the hollow body in various sections of the frame (1, 50), with an oval external shape of the hollow body departing from a circular shape for the cross-section of at least one straight section of the frame (1,50), with the hollow body of the frame (1, 50) exhibiting a curvature (20, 22) in at least one section (7, 9), characterised in that the wall thickness of the hollow body in the inward-facing part of the curvature (20, 22) being smaller than in the outward-facing part.
A driving consciousness estimation device for a vehicle, said device comprising: a driver image acquisition unit configured to acquire a driver image in which a driver of the vehicle is imaged; a travelling environment recognition unit configured to recognize a travelling environment around the vehicle; a driving readiness estimation unit configured to estimate a driving readiness relating to a driving consciousness of the driver from a driver's reaction to the travelling environment based on the driver image and the travelling environment; a driving task demand estimation unit configured to estimate a driving task demand which is an index required for the driver with respect to the driving readiness from the travelling environment based on the travelling environment; and an attention awakening unit configured to execute awakening of attention for the driver relating to the driving of the vehicle based on the result of comparison between the driving readiness and the driving task demand. a driver image acquisition unit configured to acquire a driver image in which a driver of the vehicle is imaged; a travelling environment recognition unit configured to recognize a travelling environment around the vehicle; a driving readiness estimation unit configured to estimate a driving readiness relating to a driving consciousness of the driver from a driver's reaction to the travelling environment based on the driver image and the travelling environment; a driving task demand estimation unit configured to estimate a driving task demand which is an index required for the driver with respect to the driving readiness from the travelling environment based on the travelling environment; and an attention awakening unit configured to execute awakening of attention for the driver relating to the driving of the vehicle based on the result of comparison between the driving readiness and the driving task demand.
A reversible seat assembly for use in an automotive vehicle comprising: a seat riser; a seat cushion coupled to the seat riser wherein the seat cushion extends between a front end and a rear end; a seat back comprising a latch bracket; a plurality of reversing links (40, 42) extending between an upper end (44, 46) pivotally coupled to the latch bracket and a lower end (48, 50) pivotally coupled to the seat riser; and a plurality of strikers comprising a primary striker and a secondary striker coupled to the seat riser toward a rear end of the seat riser, wherein when the seat back is adjacent the rear end of the seat cushion, the latch bracket engages the primary striker and the secondary striker, and further comprising a second plurality of strikers comprising a second primary striker and a second secondary striker coupled to the seat riser toward a front end of the seat riser, wherein when the seat back is adjacent the front end of the seat cushion, the latch bracket engages the second primary striker and the second secondary striker. a seat riser; a seat cushion coupled to the seat riser wherein the seat cushion extends between a front end and a rear end; a seat back comprising a latch bracket; a plurality of reversing links (40, 42) extending between an upper end (44, 46) pivotally coupled to the latch bracket and a lower end (48, 50) pivotally coupled to the seat riser; and a plurality of strikers comprising a primary striker and a secondary striker coupled to the seat riser toward a rear end of the seat riser, wherein when the seat back is adjacent the rear end of the seat cushion, the latch bracket engages the primary striker and the secondary striker, and further comprising a second plurality of strikers comprising a second primary striker and a second secondary striker coupled to the seat riser toward a front end of the seat riser, wherein when the seat back is adjacent the front end of the seat cushion, the latch bracket engages the second primary striker and the second secondary striker.
Hand tool comprising two parts that are movable in relation to each other and releasably attached to each other using a locking device so as to in an attached state form said hand tool, wherein the locking device comprises a bushing (3,8), arranged on a first part, and at least one non-circular through hole (5,6) in a second part, wherein the bushing (3,8) and the at least one non-circular through hole (5,6) are arranged to engage so as to provide said releasable attachment, wherein the at least one non-circular through hole (5,6) features a shape allowing the bushing (3,8) to be inserted when in a first rotational relationship with the bushing and to retain the bushing when in a second rotational relationship with the bushing, characterised in that the bushing is arranged with a through hole, wherein the lower end of the through hole has a non-circular cam shape on a part of the hole to cooperate with a fastening means when attached to said first part of the hand tool.