mhurhangee/ep-ind-claims huggingface dataset:
A computer readable storage medium comprising a set of instructions, wherein the set of instructions when executed by a processor cause the processor of a user equipment, UE, to perform operations, comprising: generating configured grant uplink control information, CG-UCI; generating hybrid automatic repeat request acknowledgement, HARQ-ACK, information; generating channel state information, CSI; mapping the CG-UCI, HARQ-ACK, and CSI to resource elements, REs, in resource blocks, RBs, of a configured grant physical uplink shared channel, CG-PUSCH, transmission, wherein the CG-PUSCH transmission includes a demodulation reference signal, DMRS, and wherein the mapping includes mapping a concatenated bit sequence, the operations further comprising: concatenating the CG-UCI bits and the HARQ-ACK bits to form the concatenated bit sequence wherein bits of CG-UCI precede bits of the HARQ-ACK in the concatenated bit sequence; encoding the concatenated bit sequence; and attaching a cyclic redundancy check, CRC, wherein the concatenating the CG-UCI bits and the HARQ-ACK bits occurs prior to the encoding and the attaching. generating configured grant uplink control information, CG-UCI; generating hybrid automatic repeat request acknowledgement, HARQ-ACK, information; generating channel state information, CSI; mapping the CG-UCI, HARQ-ACK, and CSI to resource elements, REs, in resource blocks, RBs, of a configured grant physical uplink shared channel, CG-PUSCH, transmission, wherein the CG-PUSCH transmission includes a demodulation reference signal, DMRS, and wherein the mapping includes mapping a concatenated bit sequence, concatenating the CG-UCI bits and the HARQ-ACK bits to form the concatenated bit sequence wherein bits of CG-UCI precede bits of the HARQ-ACK in the concatenated bit sequence; encoding the concatenated bit sequence; and attaching a cyclic redundancy check, CRC, wherein the concatenating the CG-UCI bits and the HARQ-ACK bits occurs prior to the encoding and the attaching.
A computer-implemented method for providing a diagnostic functionality for an application based on a programmable logic controller, PLC, comprising the steps: a) creating a control program in at least one IEC-61131-compliant programming language for a programmable logic controller by means of an IEC-61131 framework, wherein the IEC-61131 framework provides multiple function blocks by means of which the diagnostic functionality is created in the at least one IEC-61131-compliant programming language, wherein the multiple function blocks comprise: a1) a diagnosis server function block that instantiates a diagnosis server for exchanging diagnostic data with a diagnosis client, a2) at least one message function block that instantiates at least one message element which, upon being called of the instantiated state at least one message element, writes a diagnostic message into a data exchange data structure, and a3) a structured data type that provides the data exchange data structure for data exchange between the instantiated at least one message element and the instantiated diagnosis server. a) creating a control program in at least one IEC-61131-compliant programming language for a programmable logic controller by means of an IEC-61131 framework, wherein the IEC-61131 framework provides multiple function blocks by means of which the diagnostic functionality is created in the at least one IEC-61131-compliant programming language, a1) a diagnosis server function block that instantiates a diagnosis server for exchanging diagnostic data with a diagnosis client, a2) at least one message function block that instantiates at least one message element which, upon being called of the instantiated state at least one message element, writes a diagnostic message into a data exchange data structure, and a3) a structured data type that provides the data exchange data structure for data exchange between the instantiated at least one message element and the instantiated diagnosis server.
A method for controlling a braking system of a vehicle, comprising steps of: - receiving, by a vehicle control module, a braking request; - receiving, by the vehicle control module, first input information representative of the vehicle; - determining, by the vehicle control module, first intermediate information (I1') on the basis of said first input information; - determining, by the vehicle control module, a reference force value on the basis of the first input information and of the braking request; - detecting, by a first plurality of detecting devices operatively associated with a vehicle corner, second input information representative of the braking system at the vehicle corner; - determining, by a force estimation and validation module, an estimated force value on the basis of said first intermediate information (I1') and of said second input information; - determining, by the force estimation and validation module, a control quantity; - determining, by a braking control module, a control signal of an electro-mechanical actuator of a brake caliper of the brake system on the basis of the control quantity and of the reference force value; - providing, by the control module braking, said control signal to said electro-mechanical actuator. - receiving, by a vehicle control module, a braking request; - receiving, by the vehicle control module, first input information representative of the vehicle; - determining, by the vehicle control module, first intermediate information (I1') on the basis of said first input information; - determining, by the vehicle control module, a reference force value on the basis of the first input information and of the braking request; - detecting, by a first plurality of detecting devices operatively associated with a vehicle corner, second input information representative of the braking system at the vehicle corner; - determining, by a force estimation and validation module, an estimated force value on the basis of said first intermediate information (I1') and of said second input information; - determining, by the force estimation and validation module, a control quantity; - determining, by a braking control module, a control signal of an electro-mechanical actuator of a brake caliper of the brake system on the basis of the control quantity and of the reference force value; - providing, by the control module braking, said control signal to said electro-mechanical actuator.
A pick assembly comprising a bit assembly and a holder assembly; the bit assembly comprising a bit support body, a fastener mechanism, a deflectable member comprising a collar, and being cooperatively configured such the deflectable member can be deflected responsive to the progressive coupling of the bit support body to the fastener mechanism; the holder assembly comprising a holder body and being configured for accommodating and retaining the bit assembly by an interference fit; the assembly is characterised in that the holder assembly and bit assembly being cooperatively configured such that the retention of the bit assembly by the holder assembly by the interference fit can be progressively increased responsive to the progressive coupling of the bit support body with the fastener mechanism when the bit assembly is accommodated by the holder assembly, operative to restrict movement of the bit support body relative to the holder body in use, and the collar is configured for accommodating at least part of the bit support body, the collar having a tapered inner surface configured cooperatively with a tapered side surface of the bit support body, the deflectable member comprising an axial gap 238, the axial gap allowing the deflectable member to be urged radially outward responsive to the tapered side surface of the bit support body being urged against the tapered inner surface of the collar responsive to the progressive coupling of the bit support body with the fastener mechanism.
Method for performing automated driving manoeuvres, in which method a driver specifies a desired automated driving manoeuvre by means of an input unit, and a control device of the vehicle performs the said driving manoeuvre while using driving environment sensors (16 to 18) and a coupling of the control device to driving and/or steering means of the vehicle, wherein at least one driving path of the said driving manoeuvre and/or the speed (v) during the said driving manoeuvre and/or acceleration or braking manoeuvre during the said driving manoeuvre are/is selected by the control device in dependence on a characterization of the driver, characterized in that in the characterization of the driver the total number of automated driving manoeuvres performed in the past is taken into account. wherein at least one driving path of the said driving manoeuvre and/or the speed (v) during the said driving manoeuvre and/or acceleration or braking manoeuvre during the said driving manoeuvre are/is selected by the control device in dependence on a characterization of the driver, characterized in that in the characterization of the driver the total number of automated driving manoeuvres performed in the past is taken into account.
Method for regulating sending implemented by a station having at least one data packet to be sent via a wireless communication network in the course of a tournament comprising a determined maximum number of selection rounds in the course of which permissions or prohibitions to send are assigned to a plurality of stations, the method comprising: - a step of obtaining, for each selection round of the tournament, a binary value (r(k)) representative either of a permission to send, or of a prohibition to send; - a step of sending said packet, said sending step being executed on condition that at least one criterion relating to at least one binary value (r(k)) obtained is satisfied; the method being characterized in that it comprises, prior to said obtaining step, a step of assigning to said station a randomly determined index value representative of the behavior of the station in the course of the tournament; the binary value or values (r((k)) obtained for the tournament being dependent on said index value and on a packet class (n) to which the packet to be sent belongs. - a step of obtaining, for each selection round of the tournament, a binary value (r(k)) representative either of a permission to send, or of a prohibition to send; - a step of sending said packet, said sending step being executed on condition that at least one criterion relating to at least one binary value (r(k)) obtained is satisfied;
Device for applying labels on panels or other workpieces, which is configured to be mounted on an operating head of a machine tool, which is provided with a rotatable holding member, said device for applying labels comprising: a movable body comprising coupling means for coupling, when in use, to said rotatable holding member, and a rotor; a main body where a cavity is formed where said rotor is housed, said cavity being in communication with at least one expelling member (14a, 14b, 14c) configured to expel air towards a panel or other workpiece intended to receive a label and with an opening opened to the exterior of said main body through a first passage; and a first pressure reducing member which is connected with said main body and in communication with said first passage at a zone between said rotor and said opening; wherein said rotor is configured such that the rotor, when rotating, intakes air from said first passage, while allowing taking and holding a label at said opening, and expels air from said at least one expelling member (14a, 14b, 14c) towards said panel or said other workpiece while allowing, in use, the cleaning of said panel or said other workpiece intended to receive said label. a movable body comprising coupling means for coupling, when in use, to said rotatable holding member, and a rotor; a main body where a cavity is formed where said rotor is housed, said cavity being in communication with at least one expelling member (14a, 14b, 14c) configured to expel air towards a panel or other workpiece intended to receive a label and with an opening opened to the exterior of said main body through a first passage; and a first pressure reducing member which is connected with said main body and in communication with said first passage at a zone between said rotor and said opening; wherein said rotor is configured such that the rotor, when rotating, intakes air from said first passage, while allowing taking and holding a label at said opening, and expels air from said at least one expelling member (14a, 14b, 14c) towards said panel or said other workpiece while allowing, in use, the cleaning of said panel or said other workpiece intended to receive said label.
A safety pressure limiter with a pressure receiving part that is adapted to be hydraulically connected to a fluid-guiding fluid line, wherein the pressure receiving part comprises a piston element adapted to slide in a longitudinal direction and a snap disk that is deformable between a metastable state and a stable state by means of the piston element, wherein the snap disk is transferred by the piston element from the metastable state into the stable state when a predefined maximum pressure of the fluid is exceeded, further comprising a housing, characterized in that the safety pressure limiter further comprises a locking element adapted to slide in the longitudinal direction that abuts the fluid-averted side of the snap disk, as well as a contact set element that is adapted to slide under spring pre-tensioning in a transverse direction to open the at least one electrical contact point and comprises a locking recess into which the locking element engages in a locking position if the snap disk is in the metastable state with at least partial positive locking and locks the contact set element under spring pre-tensioning in a closed position of the at least one electrical contact point, and the locking element is adapted, if the snap disk is in the stable state, to release the locking recess in a release position of the locking element, so that the contact set element automatically shifts in the transverse direction under spring pre-tensioning into an open position of the at least one electrical contact point. the pressure receiving part comprises a piston element adapted to slide in a longitudinal direction and a snap disk that is deformable between a metastable state and a stable state by means of the piston element, wherein the snap disk is transferred by the piston element from the metastable state into the stable state when a predefined maximum pressure of the fluid is exceeded, further comprising a housing, characterized in that the safety pressure limiter further comprises a locking element adapted to slide in the longitudinal direction that abuts the fluid-averted side of the snap disk, as well as a contact set element that is adapted to slide under spring pre-tensioning in a transverse direction to open the at least one electrical contact point and comprises a locking recess into which the locking element engages in a locking position if the snap disk is in the metastable state with at least partial positive locking and locks the contact set element under spring pre-tensioning in a closed position of the at least one electrical contact point, and the locking element is adapted, if the snap disk is in the stable state, to release the locking recess in a release position of the locking element, so that the contact set element automatically shifts in the transverse direction under spring pre-tensioning into an open position of the at least one electrical contact point.
A mattress adapted to receive compression from one end in a longitudinal direction of the mattress, comprising: a plurality of linear shape holes inclined relative to a width direction of the mattress, the holes being penetratingly formed at regular intervals in a section to be deformed by the compression, characterized in that the plurality of the linear shape holes are arranged in a staggered layout, wherein the holes arrayed in a row in the width direction have the same inclination while the inclinations of the holes are made opposite every two rows along the longitudinal direction. a plurality of linear shape holes inclined relative to a width direction of the mattress, the holes being penetratingly formed at regular intervals in a section to be deformed by the compression, characterized in that the plurality of the linear shape holes are arranged in a staggered layout, wherein the holes arrayed in a row in the width direction have the same inclination while the inclinations of the holes are made opposite every two rows along the longitudinal direction.
A gas discharge tube encapsulating a gas within a hermetic envelope and generating discharge between anode and cathode parts (8, 20) disposed within said hermetic envelope, so as to emit predetermined light from a light exit window of said hermetic envelope to outside, said gas discharge tube further comprising: a first discharge path restricting part, disposed in the middle of a discharge path between said anode and cathode parts (8, 20), having a first aperture for narrowing said discharge path; a second discharge path restricting part, disposed in the middle of a discharge path between said first discharge path restricting part and said anode part, having a second aperture for narrowing said discharge path; and a first electrically insulating part disposed between said first and second discharge path restricting parts (16, 12), characterized in that, when viewed in the direction of the discharge path, a periphery of said second discharge path restricting part is surrounded by a) said first electrically insulating part and an electrically insulating support part, the electrically insulating support part being disposed on the anode part side of the second discharge path restricting part; or, b) said first electrically insulating part and a further electrically insulating support part, the further electrically insulating part being disposed on the anode part side of the second discharge path restricting part, and said second discharge path restricting part has a peripheral edge facing outwardly and away from said discharge path, and a portion of the said first electrically insulating part, located further from said discharge path than the peripheral edge of said second discharge path restricting part, circumnavigates the peripheral edge of said second discharge path restricting part. a first discharge path restricting part, disposed in the middle of a discharge path between said anode and cathode parts (8, 20), having a first aperture for narrowing said discharge path; a second discharge path restricting part, disposed in the middle of a discharge path between said first discharge path restricting part and said anode part, having a second aperture for narrowing said discharge path; and a first electrically insulating part disposed between said first and second discharge path restricting parts (16, 12), a) said first electrically insulating part and an electrically insulating support part, the electrically insulating support part being disposed on the anode part side of the second discharge path restricting part; or, b) said first electrically insulating part and a further electrically insulating support part, the further electrically insulating part being disposed on the anode part side of the second discharge path restricting part,
A rotary compressor, comprising: - a sealed longitudinal compressor housing which is provided with a discharge portion of a refrigerant at an upper portion thereof, is provided with an inlet portion of a refrigerant at a lower portion thereof, and in which lubricant oil is stored; - a compressing unit which is disposed in the compressor housing, compresses a refrigerant sucked from the inlet portion and discharges the refrigerant from the discharge portion, R32 being used as the refrigerant; - a motor which is disposed in the compressor housing and drives the compressing unit via a rotation shaft; and - an accumulator which is attached to a side portion of the compressor housing and is connected to the inlet portion of the refrigerant, wherein when an inner diameter of a cylinder constituting the compressing unit is referred to as Dc [mm], a height of the cylinder is referred to as Hc [mm], and an eccentric amount of an eccentric portion of the rotation shaft is referred to as e [mm], Dc [mm], Hc [mm], and e [mm] are set so that a value obtained by an expression (e+Hc)·(Dc-e) 1/3 /(e·Hc) 2/3 is less than 4.10 and when a cylinder chamber capacity of the cylinder is referred to as V [cc/rev] and an inner diameter of an inlet hole of the cylinder is referred to as Dk [mm], V [cc/rev] and Dk [mm] are set so that a value [(cc/rev) 2 /mm 4] obtained by an expression of 70V 2 /Dk 4 is 1.0 or more and 1.5 or less and Dk [mm] and Hc [mm] are set so that an expression (Dk+4)≤Hc≤(Dk+8) is satisfied. - a sealed longitudinal compressor housing which is provided with a discharge portion of a refrigerant at an upper portion thereof, is provided with an inlet portion of a refrigerant at a lower portion thereof, and in which lubricant oil is stored; - a compressing unit which is disposed in the compressor housing, compresses a refrigerant sucked from the inlet portion and discharges the refrigerant from the discharge portion, R32 being used as the refrigerant; - a motor which is disposed in the compressor housing and drives the compressing unit via a rotation shaft; and - an accumulator which is attached to a side portion of the compressor housing and is connected to the inlet portion of the refrigerant, wherein when an inner diameter of a cylinder constituting the compressing unit is referred to as Dc [mm], a height of the cylinder is referred to as Hc [mm], and an eccentric amount of an eccentric portion of the rotation shaft is referred to as e [mm], Dc [mm], Hc [mm], and e [mm] are set so that a value obtained by an expression (e+Hc)·(Dc-e) 1/3 /(e·Hc) 2/3 is less than 4.10 and when a cylinder chamber capacity of the cylinder is referred to as V [cc/rev] and an inner diameter of an inlet hole of the cylinder is referred to as Dk [mm], V [cc/rev] and Dk [mm] are set so that a value [(cc/rev) 2 /mm 4] obtained by an expression of 70V 2 /Dk 4 is 1.0 or more and 1.5 or less and Dk [mm] and Hc [mm] are set so that an expression (Dk+4)≤Hc≤(Dk+8) is satisfied.