mhurhangee/ep-ind-claims huggingface dataset:
A method for extracting energy information from Compton events in a photon counting x-ray detector (12A-D), said method comprising the steps of: - allocating events according to their detected energy based on a plurality of energy thresholds, wherein said thresholds define a plurality of energy bins, and each energy bin i has an associated energy bin function S i; - inverting a detector response function of said photon counting detector where f ( E dep | E act) is the detector response function and g ( E act | E dep) = f -1 ( E dep | E act) is the inverse of the detector response function, and E dep is the energy deposited from an x-ray with actual energy E act; and - integrating energy bin functions S i with the inverted detector response function g ( E act | E dep) = f -1 ( E dep | E act) to obtain a distribution S̃ i of actual x-ray energies of events detected in each energy bin according to S̃ i = f g ( E act | E dep)S i dE dep. - allocating events according to their detected energy based on a plurality of energy thresholds, wherein said thresholds define a plurality of energy bins, and each energy bin i has an associated energy bin function S i; - inverting a detector response function of said photon counting detector where f ( E dep | E act) is the detector response function and g ( E act | E dep) = f -1 ( E dep | E act) is the inverse of the detector response function, and E dep is the energy deposited from an x-ray with actual energy E act; and - integrating energy bin functions S i with the inverted detector response function g ( E act | E dep) = f -1 ( E dep | E act) to obtain a distribution S̃ i of actual x-ray energies of events detected in each energy bin according to S̃ i = f g ( E act | E dep)S i dE dep.
A method comprising: receiving a first number of code block groups from a base unit, wherein each code block within a code block group is independently decodable; determining a hybrid automatic repeat request acknowledgement, HARQ-ACK, codebook size corresponding to the first number of code block groups; transmitting a HARQ-ACK codebook to the base unit, wherein the HARQ-ACK codebook comprises the first number of HARQ-ACK bits with each bit corresponding to one code block group and a second number of padded bits, wherein the first number plus the second number is equal to the determined HARQ-ACK codebook size; characterized in that the second number of padded bits includes parity check bits of the first number of HARQ-ACK bits. receiving a first number of code block groups from a base unit, wherein each code block within a code block group is independently decodable; determining a hybrid automatic repeat request acknowledgement, HARQ-ACK, codebook size corresponding to the first number of code block groups; transmitting a HARQ-ACK codebook to the base unit, wherein the HARQ-ACK codebook comprises the first number of HARQ-ACK bits with each bit corresponding to one code block group and a second number of padded bits, wherein the first number plus the second number is equal to the determined HARQ-ACK codebook size; characterized in that the second number of padded bits includes parity check bits of the first number of HARQ-ACK bits.
A device for switching electrical or electronical systems for picking up the vibrations of the strings of a musical instrument comprising a front face facing the strings, the device comprising: - a cradle intended to be fastened or integrated to the front face and provided with means for electrical connection to an amplification circuit, - at least one barrel that is provided with at least two pickup systems, which is fitted to the cradle so as to be mobile in rotation with respect to the cradle between at least two positions so as to place, in each position, one pickup system in working position opposite the strings and that comprises means for electrically coupling at least the pickup system opposite the strings to the connection means, and - means for rotating the barrel, wherein the axis of rotation A1 of the barrel is substantially parallel to the front face when the cradle is fastened to the latter. - a cradle intended to be fastened or integrated to the front face and provided with means for electrical connection to an amplification circuit, - at least one barrel that is provided with at least two pickup systems, which is fitted to the cradle so as to be mobile in rotation with respect to the cradle between at least two positions so as to place, in each position, one pickup system in working position opposite the strings and that comprises means for electrically coupling at least the pickup system opposite the strings to the connection means, and - means for rotating the barrel,
A connecting structure comprising a multilayer tube, particularly for chemical and food-related fluids, and a tubular connecting portion, said multilayer tube comprising, in succession from the inside outward: - a first layer constituted by a tubular sheath that is externally corrugated in a screw-like manner and which defines a duct for the fluid, - at least one second layer, which is shaped internally like a female thread and is coupled mechanically to the first layer through the interaction of the threading, and said tubular connecting portion comprising: - a tubular connecting element which is internally and externally threaded and is inserted at a corresponding end between said first layer and said at least one second layer via screwing. - a first layer constituted by a tubular sheath that is externally corrugated in a screw-like manner and which defines a duct for the fluid, - at least one second layer, which is shaped internally like a female thread and is coupled mechanically to the first layer through the interaction of the threading, - a tubular connecting element which is internally and externally threaded and is inserted at a corresponding end between said first layer and said at least one second layer via screwing.
A flat panel X-ray detector, comprising: a circuit board; a supporting substrate; a CMOS light imager electrically connected to the circuit board; wherein the light imager includes a photodetector layer containing an array of detector elements, wherein scan driver circuitries share space with detector elements located on one column of the array and readout circuitries share the space with the detector elements on one row of the array; a flex connector configured to re-route electrical signals from the CMOS light imager through the supporting substrate to the circuit board, wherein the flex connector is configured to maintain an electrical connection between the CMOS light imager and the circuit board despite movement of one or both of the CMOS light imager and the circuit board; and a scintillator coupled to the light imager; wherein the detector has a substantially squircle shape, wherein the squircle shape is a superellipse shape or a comerless shape. a circuit board; a supporting substrate; a CMOS light imager electrically connected to the circuit board; wherein the light imager includes a photodetector layer containing an array of detector elements, wherein scan driver circuitries share space with detector elements located on one column of the array and readout circuitries share the space with the detector elements on one row of the array; a flex connector configured to re-route electrical signals from the CMOS light imager through the supporting substrate to the circuit board, wherein the flex connector is configured to maintain an electrical connection between the CMOS light imager and the circuit board despite movement of one or both of the CMOS light imager and the circuit board; and a scintillator coupled to the light imager; wherein the detector has a substantially squircle shape, wherein the squircle shape is a superellipse shape or a comerless shape.
A roll holder for a label roll, in particular for a label printer for a packaging machine for wrapping products with a packaging film, having a horizontally arranged, fixed-position holding mandrel whose one end is fastened to a carrier and whose other end projects in an unsupported manner from the carrier; and having a first roll mount and a second roll mount separate from the first roll mount, with the first roll mount being configured to engage into a first end of the label roll, and with the second roll mount being configured to engage into a second end of the label roll such that the label roll is receivable between the two roll mounts (19, 20), wherein the second roll mount can be pushed onto the holding mandrel from the unsupported end of the holding mandrel, characterized in that the second roll mount comprises an inner element which can be pushed onto the holding mandrel, an outer element which engages into the second end of the label roll and which is axially fixedly and rotatably supported on the inner element, and a clamping mechanism, with the clamping mechanism being configured to fix the inner element rotationally fixedly and axially fixedly on the holding mandrel. having a horizontally arranged, fixed-position holding mandrel whose one end is fastened to a carrier and whose other end projects in an unsupported manner from the carrier; and having a first roll mount and a second roll mount separate from the first roll mount, with the first roll mount being configured to engage into a first end of the label roll, and with the second roll mount being configured to engage into a second end of the label roll such that the label roll is receivable between the two roll mounts (19, 20), wherein the second roll mount can be pushed onto the holding mandrel from the unsupported end of the holding mandrel,
A computer-implemented method for controlling the operation of a plurality of auxiliary components within a vehicle, the method comprising: receiving, via a first touch sensing surface, a first input gesture; translating, based on a mode map, the first input gesture into a selection of a first mode corresponding to a first auxiliary component included in the plurality of auxiliary components; wherein the mode map provides a translation of input gestures into different modes, and each mode corresponds to a different auxiliary component included in the plurality of auxiliary components; in response, identifying a first command map associated with the first mode and corresponding to the first auxiliary component, wherein the first command map provides a translation of input gestures into different commands that control the operation of the first auxiliary component; receiving, via a second touch sensing surface, a second input gesture, wherein the second input gesture is received before the first input gesture, and further comprising buffering the second input for a preset time interval; translating, in accordance with the first command map, the second input gesture into a first command that relates to the operation of the first auxiliary component; and causing the first command to be transmitted to the first auxiliary component receiving, via a first touch sensing surface, a first input gesture; translating, based on a mode map, the first input gesture into a selection of a first mode corresponding to a first auxiliary component included in the plurality of auxiliary components; wherein the mode map provides a translation of input gestures into different modes, and each mode corresponds to a different auxiliary component included in the plurality of auxiliary components; in response, identifying a first command map associated with the first mode and corresponding to the first auxiliary component, wherein the first command map provides a translation of input gestures into different commands that control the operation of the first auxiliary component; receiving, via a second touch sensing surface, a second input gesture, wherein the second input gesture is received before the first input gesture, and further comprising buffering the second input for a preset time interval; translating, in accordance with the first command map, the second input gesture into a first command that relates to the operation of the first auxiliary component; and causing the first command to be transmitted to the first auxiliary component
A User Equipment, UE, circuitry, comprising: a Radio Frequency, RF, circuitry, configured to transmit uplink data; an uplink retransmission memory configured to store the transmitted uplink data for a later retransmission; and a baseband circuitry configured to release the uplink retransmission memory based upon a predicted value of an uplink retransmission indicator before receiving the uplink retransmission indicator from a base station, wherein the uplink retransmission indicator indicates a successful transmission of the uplink data stored in the uplink retransmission memory, wherein the predicted value of the uplink retransmission indicator is predicted based on statistics of previously received uplink retransmission indices. a Radio Frequency, RF, circuitry, configured to transmit uplink data; an uplink retransmission memory configured to store the transmitted uplink data for a later retransmission; and a baseband circuitry configured to release the uplink retransmission memory based upon a predicted value of an uplink retransmission indicator before receiving the uplink retransmission indicator from a base station, wherein the uplink retransmission indicator indicates a successful transmission of the uplink data stored in the uplink retransmission memory, wherein the predicted value of the uplink retransmission indicator is predicted based on statistics of previously received uplink retransmission indices.
A replaceable work part for a jaw assembly of a demolition tool, comprising: a base; a tooth portion provided on an upper side of the base; a first mounting leg extending downward from the base; and wherein the first mounting leg defines a first recess opening towards a rear side of the wear part, the first recess being configured for engagement with a first mounting structure formed on a jaw of the jaw assembly when the wear part is slid onto the jaw in the front-rear direction, characterised in that the replaceable work part further comprises a second mounting leg extending downward from the base, the second mounting leg being spaced apart from the first mounting leg in a front-rear direction of the work part, and wherein the second mounting leg defines a second recess opening towards the rear side of the wear part, the second recess being configured for engagement with a second mounting structure formed on the jaw when the work part is slid onto the jaw in the front-rear direction. a base; a tooth portion provided on an upper side of the base; a first mounting leg extending downward from the base; and wherein the first mounting leg defines a first recess opening towards a rear side of the wear part, the first recess being configured for engagement with a first mounting structure formed on a jaw of the jaw assembly when the wear part is slid onto the jaw in the front-rear direction, characterised in that the replaceable work part further comprises a second mounting leg extending downward from the base, the second mounting leg being spaced apart from the first mounting leg in a front-rear direction of the work part, and wherein the second mounting leg defines a second recess opening towards the rear side of the wear part, the second recess being configured for engagement with a second mounting structure formed on the jaw when the work part is slid onto the jaw in the front-rear direction.
A method for a parallel execution of services of a serial service chain on packets using multicast-based service insertion, the method comprising: identifying a plurality of services to be applied to packets of a data flow; determining a plurality of service machines (SVM 130A-132A) that are configured to provide the plurality of services for the data flow; grouping the plurality of service machines to a plurality of multicast groups (202, 204, 206); wherein multicast groups in the plurality of multicast groups (202, 204, 206) are sequentially ordered from a first multicast group that includes a largest count of service machines to a last multicast group that includes a smallest count of service machines; detecting a packet of the data flow and storing the packet in memory; multicasting the packet to the first multicast group of the plurality of multicast groups (202, 204, 206) to cause applying, in parallel, services of service machines included in the first multicast group to the packet; upon receiving a plurality of responses from service machines that belong to the first multicast group: determining, based on the plurality of responses, whether service processing of the packet is completed; and in response to determining that service processing of the packet is completed, dispose the packet according the plurality of responses and without multicasting the packet to any other multicast group of the plurality of multicast groups (202, 204, 206). identifying a plurality of services to be applied to packets of a data flow; determining a plurality of service machines (SVM 130A-132A) that are configured to provide the plurality of services for the data flow; grouping the plurality of service machines to a plurality of multicast groups (202, 204, 206); wherein multicast groups in the plurality of multicast groups (202, 204, 206) are sequentially ordered from a first multicast group that includes a largest count of service machines to a last multicast group that includes a smallest count of service machines; detecting a packet of the data flow and storing the packet in memory; multicasting the packet to the first multicast group of the plurality of multicast groups (202, 204, 206) to cause applying, in parallel, services of service machines included in the first multicast group to the packet; upon receiving a plurality of responses from service machines that belong to the first multicast group: determining, based on the plurality of responses, whether service processing of the packet is completed; and in response to determining that service processing of the packet is completed, dispose the packet according the plurality of responses and without multicasting the packet to any other multicast group of the plurality of multicast groups (202, 204, 206). determining, based on the plurality of responses, whether service processing of the packet is completed; and in response to determining that service processing of the packet is completed, dispose the packet according the plurality of responses and without multicasting the packet to any other multicast group of the plurality of multicast groups (202, 204, 206).
A substrate for an integrated circuit, the substrate comprising: a dielectric layer; and a conductive layer extending in an x or y direction and at least partially embedded within the dielectric layer, the conductive layer comprising: a via having a first end and an opposite second end, wherein the via has a first height in a z-direction and a constant cross-sectional shape between the first end and the second end, and a trace adjacent to the via and having a second height in the z-direction that is different than the first height, characterized in that the via has a non-tapered profile in the z-direction. a dielectric layer; and a conductive layer extending in an x or y direction and at least partially embedded within the dielectric layer, the conductive layer comprising: a via having a first end and an opposite second end, wherein the via has a first height in a z-direction and a constant cross-sectional shape between the first end and the second end, and a trace adjacent to the via and having a second height in the z-direction that is different than the first height, characterized in that the via has a non-tapered profile in the z-direction. a via having a first end and an opposite second end, wherein the via has a first height in a z-direction and a constant cross-sectional shape between the first end and the second end, and a trace adjacent to the via and having a second height in the z-direction that is different than the first height, characterized in that the via has a non-tapered profile in the z-direction.
Method for operating an electric drive train of a work machine, wherein the drive train comprises a work drive with an electric working motor and a traction drive with an electric traction motor and vehicle wheels, wherein the work machine experiences deceleration from the outside and wherein a braking force acting on the vehicle wheels owing to the deceleration can be lower than a drive force acting on the vehicle wheels owing to a moment of inertia of the traction motor, characterized in that the traction motor is energized (300, 301) opposite to its operating direction to reduce rotation speed if a situation detection process predictively identifies that the braking force acting on the vehicle wheels owing to the deceleration is lower than the drive force acting on the vehicle wheels and that the situation is detected by means of a slipping clutch, wherein a clutch pressure is specified in such a way that a torque transmittable by the clutch is lower than a braking torque resulting from the braking force and/or in that the situation is detected by means of monitoring driving behaviour of an operator of the work machine, wherein the driving behaviour of the operator of the work machine is learnt beforehand when deceleration is imminent. characterized in that the traction motor is energized (300, 301) opposite to its operating direction to reduce rotation speed if a situation detection process predictively identifies that the braking force acting on the vehicle wheels owing to the deceleration is lower than the drive force acting on the vehicle wheels and that the situation is detected by means of a slipping clutch, wherein a clutch pressure is specified in such a way that a torque transmittable by the clutch is lower than a braking torque resulting from the braking force and/or in that the situation is detected by means of monitoring driving behaviour of an operator of the work machine, wherein the driving behaviour of the operator of the work machine is learnt beforehand when deceleration is imminent.
Lighting device generating stripe segmented beam for a motor-vehicle headlamp, said lighting device comprising: - a primary optical element equipped with pixel-forming means and having an exit refracting surface, said element being intended to interact with a primary light source; and - a projecting lens; the device being configured so as to project light entering into the pixel-forming means and exiting via the projecting lens in the form of a luminous pixel, i.e. in a form such as the form of a luminous strip; the device furthermore comprising an intermediate lens that is placed between the exit refracting surface of the primary optical element and the projecting lens, and that is configured so as to concentrate the radiation issued from the exit refracting surface of the primary optical element onto the projecting lens, the device being characterized in that the intermediate lens, in the normal mounting order the intermediate lens, comprises a real focal point and is at the same height or is of greater height than the projecting lens, or the intermediate lens comprises a virtual focal point and is of lesser height than the projecting lens. - a primary optical element equipped with pixel-forming means and having an exit refracting surface, said element being intended to interact with a primary light source; and - a projecting lens;
A variant of Semaphorin 3C for use in inhibiting lymphangiogenesis in a subject, wherein said variant has at least 80%, 90%, 95%, 99% or 100% sequence identity with the amino acid sequence set forth in SEQ ID NO: 1, wherein said variant comprises at least one modification in furin-like pro-protein convertase cleavage site 2 consisting of amino acid residues 549-552, and wherein said modification renders said variant resistant to cleavage at said cleavage site 2.