mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a data frame, comprising: acquiring, by a transmitter, at least one address of a destination address, DA, of the data frame and a source address, SA, of the data frame that are corresponding to data transmission direction information, wherein the data transmission direction information is used for indicating if the transmitter is an access point, AP, or a subscriber station, STA, and indicating if a receiver of the data frame is an AP or an STA; determining, by the transmitter, a value of a forwarding identification bit, Forwarding, according to the data transmission direction information as well as at least one address of the DA and the SA of the data frame, wherein the value of the Forwarding is used for indicating if the data frame needs to be forwarded by the receiver when the receiver is an AP or indicating if the data frame is forwarded from the transmitter when the transmitter is an AP; and sending, by the transmitter, the data frame to the receiver, wherein the data frame comprises a single address field, the data transmission direction information and the Forwarding, and if the value of the Forwarding indicates that the data frame does not need to be forwarded by the receiver when the receiver is an AP or indicates that the data frame is not forwarded from the transmitter when the transmitter is an AP, the address field carries only transmitter address information, TA information, of the data frame, wherein the TA information is used for indicating an address of the transmitter of the data frame. acquiring, by a transmitter, at least one address of a destination address, DA, of the data frame and a source address, SA, of the data frame that are corresponding to data transmission direction information, wherein the data transmission direction information is used for indicating if the transmitter is an access point, AP, or a subscriber station, STA, and indicating if a receiver of the data frame is an AP or an STA; determining, by the transmitter, a value of a forwarding identification bit, Forwarding, according to the data transmission direction information as well as at least one address of the DA and the SA of the data frame, wherein the value of the Forwarding is used for indicating if the data frame needs to be forwarded by the receiver when the receiver is an AP or indicating if the data frame is forwarded from the transmitter when the transmitter is an AP; and sending, by the transmitter, the data frame to the receiver, wherein the data frame comprises a single address field, the data transmission direction information and the Forwarding, and if the value of the Forwarding indicates that the data frame does not need to be forwarded by the receiver when the receiver is an AP or indicates that the data frame is not forwarded from the transmitter when the transmitter is an AP, the address field carries only transmitter address information, TA information, of the data frame, wherein the TA information is used for indicating an address of the transmitter of the data frame.
A method for barring a network access, the method being performed by a user equipment, UE, and comprising: determining, by a non-access stratum, NAS, layer of the UE, an application specific congestion control for data communication, ACDC, category for a network access request of an application based on information acquired from a higher layer above the NAS layer, wherein the ACDC category is determined among values, which represent a rank of the ACDC category in a descending order; and performing an ACDC barring check based on the determined ACDC category, wherein when a plurality of ACDC categories for the network access request are determined for the application, the ACDC barring check is performed based on a highest ACDC category among the determined plurality of ACDC categories, wherein the highest ACDC category has a smallest value among the determined plurality of ACDC categories, and wherein the network access request is barred or allowed based on the ACDC check. determining, by a non-access stratum, NAS, layer of the UE, an application specific congestion control for data communication, ACDC, category for a network access request of an application based on information acquired from a higher layer above the NAS layer, wherein the ACDC category is determined among values, which represent a rank of the ACDC category in a descending order; and performing an ACDC barring check based on the determined ACDC category, wherein when a plurality of ACDC categories for the network access request are determined for the application, the ACDC barring check is performed based on a highest ACDC category among the determined plurality of ACDC categories, wherein the highest ACDC category has a smallest value among the determined plurality of ACDC categories, and wherein the network access request is barred or allowed based on the ACDC check.
A transfer device that transfers a workpiece by a transfer motion which is based on a transfer individual phase signal synchronized with a master phase signal, the transfer device being characterized in that it comprises: a setting unit that sets a point on a trajectory of a transfer bar as a switching point of a timing switch, the point on the trajectory being separated from a reference point on the trajectory by a designated distance designated by a user, and the trajectory being based on the transfer motion; and a signal output unit that outputs a timing signal to an external device at a timing when the transfer bar reaches the switching point. a setting unit that sets a point on a trajectory of a transfer bar as a switching point of a timing switch, the point on the trajectory being separated from a reference point on the trajectory by a designated distance designated by a user, and the trajectory being based on the transfer motion; and a signal output unit that outputs a timing signal to an external device at a timing when the transfer bar reaches the switching point.
A roulette gaming system comprising: an automated or human operated roulette wheel; and a gaming table comprising: a fiber optic plate (110; 510) having a top side and bottom side, the fiber optic plate (110; 510) comprises a plurality of glass fibers arranged substantially perpendicular to the surface of the fiber optic plate (110; 510) for transmit light between the top surface and bottom surface of the fiber optic plate (110; 510);; and a projector (120; 550) configured to project images onto the bottom side of said fiber optic plate (110; 510) creating a player interface and a virtual roulette digital layout (220; 225); an image capturing device (130; 560) for capturing fingerprint data associated with touch interactions with said fiber optic plate (110; 510), and an interface for communicating with a memory having stored fingerprint data, wherein fingerprint data acquired by said image capturing (130; 560) device is compared to stored fingerprint data and being used for interaction with the player interface; and wherein said fiber optic plate (110; 510) acts to diffuse and reflect light for purposes of projecting information and scanning fingerprint data, respectively; and wherein both the projector (120; 550) and the image capturing device (130; 560) are below and directed to the bottom surface of the fiber optic plate (110; 510). an automated or human operated roulette wheel; and a gaming table comprising: a fiber optic plate (110; 510) having a top side and bottom side, the fiber optic plate (110; 510) comprises a plurality of glass fibers arranged substantially perpendicular to the surface of the fiber optic plate (110; 510) for transmit light between the top surface and bottom surface of the fiber optic plate (110; 510);; and a projector (120; 550) configured to project images onto the bottom side of said fiber optic plate (110; 510) creating a player interface and a virtual roulette digital layout (220; 225); a fiber optic plate (110; 510) having a top side and bottom side, the fiber optic plate (110; 510) comprises a plurality of glass fibers arranged substantially perpendicular to the surface of the fiber optic plate (110; 510) for transmit light between the top surface and bottom surface of the fiber optic plate (110; 510);; and a projector (120; 550) configured to project images onto the bottom side of said fiber optic plate (110; 510) creating a player interface and a virtual roulette digital layout (220; 225); an image capturing device (130; 560) for capturing fingerprint data associated with touch interactions with said fiber optic plate (110; 510), and an interface for communicating with a memory having stored fingerprint data, wherein fingerprint data acquired by said image capturing (130; 560) device is compared to stored fingerprint data and being used for interaction with the player interface; and wherein said fiber optic plate (110; 510) acts to diffuse and reflect light for purposes of projecting information and scanning fingerprint data, respectively; and wherein both the projector (120; 550) and the image capturing device (130; 560) are below and directed to the bottom surface of the fiber optic plate (110; 510).
Electromagnet having a pole tube, and having a coil that encompasses the pole tube and is mounted so as to be displaceable along a longitudinal axis of the pole tube, the coil having a coil housing, a first end face of the coil and of the coil housing thereof being able to be made to bear on a first counter-bearing disposable at a first end portion of the pole tube, having a second counter-bearing which is constituted by a side flank of an annular groove (5; 5a) of the pole tube at a second end portion of the pole tube, and having a retaining ring inserted into the annular groove (5; 5a), characterized in that the electromagnet further comprises a disc spring which is provided between a second end face of the coil housing and the second counter-bearing, the disc spring being supported on the second counter-bearing in the mounted state, and the coil and the coil housing thereof being biased against the first counter-bearing, the disc spring being supported on the retaining ring, and the disc spring, the second end portion of the pole tube and the coil housing being realized such that, when in the mounted state, the coil housing, by means of the disc spring, is supported at said second end portion, against a rotation.
A copper alloy plate strip for electronic and electrical equipment, comprising: 0.15 mass% or greater and less than 0.35 mass% of Mg; 0.0005 mass% or greater and less than 0.01 mass% of P; and a remainder which is formed of Cu and unavoidable impurities, wherein a conductivity is greater than 75% IACS, a content [Mg] (mass%) of Mg and a content (mass%) of P satisfy a relational expression of [Mg] + 20 × < 0.5, a content of H is 10 mass ppm or less, a content of O is 100 mass ppm or less, a content of S is 50 mass ppm or less, and a content of C is 10 mass ppm or less, Mg is solid-dissolved in a mother phase of Cu, a total amount of the unavoidable impurities is 0.1 mass% or less, and a total amount of Ag, Zn, and Sn as unavoidable elements is less than 500 mass ppm. 0.15 mass% or greater and less than 0.35 mass% of Mg; 0.0005 mass% or greater and less than 0.01 mass% of P; and a remainder which is formed of Cu and unavoidable impurities, wherein a conductivity is greater than 75% IACS, a content [Mg] (mass%) of Mg and a content (mass%) of P satisfy a relational expression of [Mg] + 20 × < 0.5, a content of H is 10 mass ppm or less, a content of O is 100 mass ppm or less, a content of S is 50 mass ppm or less, and a content of C is 10 mass ppm or less, Mg is solid-dissolved in a mother phase of Cu, a total amount of the unavoidable impurities is 0.1 mass% or less, and a total amount of Ag, Zn, and Sn as unavoidable elements is less than 500 mass ppm.
A mannose-coated liposome with a molar ratio of glycosylated to non-glycosylated lipid of 0.00075 or more and a particle size of 180 to 1100 nm for use in a method of treatment, wherein the method comprises administering the mannose-coated liposome and an MHC class I molecule-binding peptide.
A process for producing acrylic acid, the process comprising the steps of: (a) reacting acetic acid and formaldehyde to form a crude product stream comprising from 1 wt.% to 75 wt.% acrylic acid, from 0.5 wt.% to 50 wt.% formaldehyde, from 1 wt.% to 90 wt.% acetic acid, and from 1 wt.% to 60 wt.% water; and (b) contacting at least a portion of the crude product stream as defined in process step (a) with an extraction agent mixture comprising at least two extraction agents to form an extract stream comprising acrylic acid and extraction agent and a raffinate stream comprising formaldehyde and water. (a) reacting acetic acid and formaldehyde to form a crude product stream comprising from 1 wt.% to 75 wt.% acrylic acid, from 0.5 wt.% to 50 wt.% formaldehyde, from 1 wt.% to 90 wt.% acetic acid, and from 1 wt.% to 60 wt.% water; and (b) contacting at least a portion of the crude product stream as defined in process step (a) with an extraction agent mixture comprising at least two extraction agents to form an extract stream comprising acrylic acid and extraction agent and a raffinate stream comprising formaldehyde and water.
Curved gaseous particle detector comprising a stack of two curved layers (101, 103), characterised in that said two layers (101, 103) are maintained together by a frame formed of two spars defining a plane, said two spars being connected together by at least two curved bars outside of said plane, the frame being placed between said two layers (101, 103) of the stack.
A signal processing device comprising: an input information acquisition unit configured to acquire input information input through a touch operation performed by a user; a feedback control unit configured to output mutually different kinds of feedback control in accordance with a kind of the input information continuously acquired in response to movement of a position touched through the touch operation; and further comprising an operation speed calculation unit configured to calculate an operation speed at which the position touched through the touch operation moves, wherein the feedback control unit changes output of the feedback control in accordance with the operation speed calculated by the operation speed calculation unit, wherein the feedback control unit outputs first feedback control in a case where the kind of the input information is a first kind, and outputs second feedback control in a case where the kind of the input information is a second kind that is input at a frequency lower than a frequency of the first kind, characterized in that in a case where the operation speed calculated by the operation speed calculation unit is equal to or higher than a predetermined threshold speed, the feedback control unit performs a change to stop outputting of the first feedback control so that only the second feedback control is output. an input information acquisition unit configured to acquire input information input through a touch operation performed by a user; a feedback control unit configured to output mutually different kinds of feedback control in accordance with a kind of the input information continuously acquired in response to movement of a position touched through the touch operation; and further comprising an operation speed calculation unit configured to calculate an operation speed at which the position touched through the touch operation moves, wherein the feedback control unit changes output of the feedback control in accordance with the operation speed calculated by the operation speed calculation unit, wherein the feedback control unit outputs first feedback control in a case where the kind of the input information is a first kind, and outputs second feedback control in a case where the kind of the input information is a second kind that is input at a frequency lower than a frequency of the first kind, characterized in that in a case where the operation speed calculated by the operation speed calculation unit is equal to or higher than a predetermined threshold speed, the feedback control unit performs a change to stop outputting of the first feedback control so that only the second feedback control is output.
A mower combination comprising an agricultural vehicle and a number of mowing units (6,8,10) suitable for cutting a standing crop connected to the agricultural vehicle, including a front mowing unit and two lateral mowing units (8,10) located behind and to the sides of the front mowing unit, each of the lateral mowing units (8,10) being provided with conveyor units (24,26) to deposit the cut crop as a swath, the mower combination further comprising a control unit receiving a plurality of signals, characterised in that the signals represent a steering angle of the agricultural vehicle, a speed of operation of each conveyor unit (24,26) and a lateral displacement of each conveyor unit (24,26), the control unit being configured to receive the plurality of signals and compare the signals for the steering angle of the agricultural vehicle, the speed of operation of each conveyor unit (24,26) and the lateral displacement of each conveyor unit (24,26) against a predetermined set of values and as required to adjust the speed of operation of at least one conveyor unit (24,26) based on this comparison.
A high voltage driver comprising: first and second cascoded transistors (102, 104) coupled in series; a low voltage path transmitting a first voltage signal (V SL) in a first voltage range (GND to VDD), the low voltage path comprising a first buffer or inverter (110, 114) having an output coupled to a first main current node of the first transistor; a high voltage path transmitting a second voltage signal (V SH) in a voltage range (VDD to 2VDD) shifted with respect to the first voltage range, the high voltage path comprising a second buffer or inverter (120, 124) having an output coupled to a first main current node of the second transistor; an output node coupled to second main current nodes of the first and second transistors and providing an output signal (V OUT) based on the first and second voltage signals (V SL, V SH), the output signal (V OUT) having a second voltage range (GND to 2VDD) greater than the first voltage range; and a pulse generator coupled to a control node of at least one of the first and second transistors (102, 104), the pulse generator comprising a passive high-pass filter and being adapted to generate, based on one or more input signals comprising at least one of the first and second voltage signals, at least one filtered voltage signal having a DC level at an intermediate voltage in the second voltage range and having voltage pulses in response to rising or falling edges of the one or more input signals. first and second cascoded transistors (102, 104) coupled in series; a low voltage path transmitting a first voltage signal (V SL) in a first voltage range (GND to VDD), the low voltage path comprising a first buffer or inverter (110, 114) having an output coupled to a first main current node of the first transistor; a high voltage path transmitting a second voltage signal (V SH) in a voltage range (VDD to 2VDD) shifted with respect to the first voltage range, the high voltage path comprising a second buffer or inverter (120, 124) having an output coupled to a first main current node of the second transistor; an output node coupled to second main current nodes of the first and second transistors and providing an output signal (V OUT) based on the first and second voltage signals (V SL, V SH), the output signal (V OUT) having a second voltage range (GND to 2VDD) greater than the first voltage range; and a pulse generator coupled to a control node of at least one of the first and second transistors (102, 104), the pulse generator comprising a passive high-pass filter and being adapted to generate, based on one or more input signals comprising at least one of the first and second voltage signals, at least one filtered voltage signal having a DC level at an intermediate voltage in the second voltage range and having voltage pulses in response to rising or falling edges of the one or more input signals.
A method for the automated braking and steering of a vehicle, wherein at least one sensor system for detecting the vehicle's surroundings, i.e. for detecting possible collision objects and a relative speed, is provided, wherein it is specified based on a relative speed towards a collision object whether an automated steering intervention or braking intervention is initiated, characterised in that an automated braking intervention is initially effected at a relative speed below a predefined threshold and if a collision risk still exists despite the initiation of the automated braking intervention, an automated steering intervention is initiated in order to make an avoiding manoeuvre or a lane change.
Device for supporting the function of a heart, comprising: a shell, a sheath having at least one expandable unit (71, 72), a plug system having at least one connector for a pneumatic line (93, 94) and at least one connector for an electrical line (95, 96), the plug system comprising a first and a second plug part (90, 92) which can be coupled to each other, characterized in that each of the connectors has a dedicated seal (931, 952) in the plug system. a shell, a sheath having at least one expandable unit (71, 72), a plug system having at least one connector for a pneumatic line (93, 94) and at least one connector for an electrical line (95, 96), the plug system comprising a first and a second plug part (90, 92) which can be coupled to each other, characterized in that each of the connectors has a dedicated seal (931, 952) in the plug system.
Tractor comprising: a driver's seat mounted rearward of a vehicle body; right and left fenders mounted laterally outward of the driver's seat; a protection frame mounted rearward of the vehicle body in standing position, and a partition dividing the entire region of the vehicle body into a driver's region and a rear region, the partition being disposed at a lateral side or a rear side of a backrest of the driver's seat, and the partition having a lateral width thereof smaller than a lateral width between outer ends of the right and left fenders, the partition being provided at a height position corresponding to a lower portion of a part of the protection frame, the part being above the fenders, characterized in that the protection frame 2. has a lower frame component fixed to the vehicle body in standing position, and an upper frame component connected to an upper part of the lower frame component to be vertically pivotable via hinges, and in that the partition is provided at a position lower than the hinges. a driver's seat mounted rearward of a vehicle body; right and left fenders mounted laterally outward of the driver's seat; a protection frame mounted rearward of the vehicle body in standing position, and a partition dividing the entire region of the vehicle body into a driver's region and a rear region, the partition being disposed at a lateral side or a rear side of a backrest of the driver's seat, and the partition having a lateral width thereof smaller than a lateral width between outer ends of the right and left fenders, the partition being provided at a height position corresponding to a lower portion of a part of the protection frame, the part being above the fenders, a lower frame component fixed to the vehicle body in standing position, and an upper frame component connected to an upper part of the lower frame component to be vertically pivotable via hinges, and in that the partition is provided at a position lower than the hinges.