mhurhangee/ep-ind-claims huggingface dataset:
Method of transmission of a data packet by several transmission antennas adapted to transmit a signal, characterized in that the method comprises: - an encoding of said data packet into an encoded block; - a mapping of first frequency channel to a first set comprising at least a transmission antenna; - a mapping of second frequency channel (89, 84) to a second set comprising at least a transmission antenna (281 to 28 Ntx), the first frequency channel being different from the second frequency channel; - a transmission of a first part of said encoded block on the first set of at least a transmission antenna and on the second set of at least a transmission antenna; - if quality of reception at first frequency channel is lower than a threshold, - a mapping to second frequency channel or third frequency channel different from first frequency channel to the first set comprising at least a transmission antenna; and - a transmission of a second part of said encoded block on the first set of at least a transmission antenna and on the second set of at least a transmission antenna. - an encoding of said data packet into an encoded block; - a mapping of first frequency channel to a first set comprising at least a transmission antenna; - a mapping of second frequency channel (89, 84) to a second set comprising at least a transmission antenna (281 to 28 Ntx), the first frequency channel being different from the second frequency channel; - a transmission of a first part of said encoded block on the first set of at least a transmission antenna and on the second set of at least a transmission antenna; - if quality of reception at first frequency channel is lower than a threshold, - a mapping to second frequency channel or third frequency channel different from first frequency channel to the first set comprising at least a transmission antenna; and - a transmission of a second part of said encoded block on the first set of at least a transmission antenna and on the second set of at least a transmission antenna. - a mapping to second frequency channel or third frequency channel different from first frequency channel to the first set comprising at least a transmission antenna; and - a transmission of a second part of said encoded block on the first set of at least a transmission antenna and on the second set of at least a transmission antenna.
Cooking appliance apparatus, in particular an induction cooktop apparatus, with at least one inductor (10a, 11a; 10b, 11b), at least one inverter (12a; 12b), which is provided to supply a high-frequency heating current for the at least one inductor (10a, 11a; 10b, 11b), at least one switch (14a, 16a; 14b, 16b), which is provided to break and/or establish at least one conduction path (18a; 18b) between the at least one inverter (12a; 12b) and the at least one inductor (10a, 11a; 10b, 11b), and a control unit (20a; 20b), which is provided to deactivate the at least one inverter (12a; 12b) during at least one first time interval (22a; 22b) and to initiate a switching of the at least one switch (14a, 16a; 14b, 16b), wherein the switching starts and ends within at least one second time interval (24a; 24b), which in a normal operating state is arranged within the at least one first time interval (22a; 22b) and which in an incorrect operating state has at least one time point, which lies outside the at least one first time interval (22a; 22b), characterised in that the control unit (20a; 20b) is provided, on the occurrence of the incorrect operating state, to identify and/or detect this and to correct it, wherein the control unit (20a; 20b) is provided to match the at least one first time interval (22a; 22b) and the at least one second time interval (24a; 24b) dynamically to one another, wherein the control unit (20a; 20b) is provided to change at least one parameter of the at least one first time interval (22a; 22b) and/or of the at least one second time interval (24a; 24b) dynamically and wherein in the incorrect operating state the control unit (20a; 20b) is provided to adjust the at least one parameter in such a manner that the at least one second time interval (24a; 24b) is arranged entirely within the at least one first time interval (22a; 22b).
A contactor intended to be used in an electrical power distribution system within an aircraft and including a first electrical contact, a second electrical contact, and a movable bridge movable between a so-called closed position in which the movable bridge is in contact with the first electrical contact and the second electrical contact, and a so-called open position in which the movable bridge is spaced apart from the first electrical contact and the second electrical contact, the movable bridge having a first face intended to be in contact with the first electrical contact and the second electrical contact in the closed position, and a second face opposite the first face, the contactor further including: - a lower arc guide comprising a first portion connected to the first electrical contact, extending in the direction opposite the second electrical contact with respect to the first electrical contact, and a second portion connected to the second electrical contact, extending in the direction opposite the first electrical contact with respect to the second electrical contact, - an upper arc guide located on the side of the second face of the movable bridge and comprising a first portion facing the first portion of the lower arc guide, a second portion facing the second portion of the lower arc guide, and characterized by a fuse connecting the first portion and the second portion of the upper arc guide. - a lower arc guide comprising a first portion connected to the first electrical contact, extending in the direction opposite the second electrical contact with respect to the first electrical contact, and a second portion connected to the second electrical contact, extending in the direction opposite the first electrical contact with respect to the second electrical contact, - an upper arc guide located on the side of the second face of the movable bridge and comprising a first portion facing the first portion of the lower arc guide, a second portion facing the second portion of the lower arc guide, and characterized by a fuse connecting the first portion and the second portion of the upper arc guide.
A method for reconstructing a Computed Tomography, CT, image, comprising: performing CT scanning on an object to be inspected to obtain projection data; processing the projection data by using a first convolutional neural network to obtain processed projection data, wherein the first convolutional neural network comprises a plurality of convolutional layers (520, 530, 540); performing a back-projection operation on the processed projection data to obtain a reconstructed image; and processing the reconstructed image by using a second convolutional neural network (570, 580) to obtain the resultant image, wherein a convolutional kernel of a convolutional layer in the first convolutional neural network has a dimension of a detector pixel sequence and another dimension of a scanning angle, and a scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the detector pixel sequence is set independently from a scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the scanning angle, wherein the scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the detector pixel sequence is greater than the scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the scanning angle. performing CT scanning on an object to be inspected to obtain projection data; processing the projection data by using a first convolutional neural network to obtain processed projection data, wherein the first convolutional neural network comprises a plurality of convolutional layers (520, 530, 540); performing a back-projection operation on the processed projection data to obtain a reconstructed image; and processing the reconstructed image by using a second convolutional neural network (570, 580) to obtain the resultant image, wherein a convolutional kernel of a convolutional layer in the first convolutional neural network has a dimension of a detector pixel sequence and another dimension of a scanning angle, and a scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the detector pixel sequence is set independently from a scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the scanning angle, wherein the scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the detector pixel sequence is greater than the scale of the convolutional kernel of the convolutional layer in the first convolutional neural network on the dimension of the scanning angle.
Multiple-sprocket assembly for mounting on a rear wheel of a bicycle, characterized by a damping installation for damping the shocks when chain links of a roller chain run onto a sprocket, by using a damping element which is assigned to the sprocket and rotates conjointly with the latter, while avoiding losses on account of the damping element when the roller chain runs off the teeth of the sprocket into the load strand, wherein the damping element in the axial direction is disposed laterally on the sprocket and, when the roller chain runs into the tooth intermediate spaces on the sprocket, associated with the inward pivoting of a sequence of chain links, is configured and conceived to avoid the chain rollers in the tooth intermediate space impacting in the radial direction and in the circumferential direction and to only permit contact between the chain link plates and the damping element while, when the roller chain runs out of the tooth intermediate spaces on the sprocket, associated with the outward pivoting of a sequence of chain links and the contact between the chain rollers and the teeth of the sprocket in the radial direction and in the circumferential direction being cancelled, avoiding contact between the component parts of the chain links and the damping element, wherein the damping element is formed from a damping ring of rubber-elastic material, and the damping ring in the axial direction is disposed laterally on the sprocket so as to be radially outside a tubular portion.
A system for an aircraft that is configured to selectively operate in both a helicopter mode and a fixed-wing mode, the system comprising: an enhanced ground proximity warning system, EGPWS, configured, in response to a command, to selectively operate as a helicopter EGPWS or as a fixed-wing EGPWS; at least one sensor configured to sense at least one aircraft flight parameter and to supply sensor data representative of the at least one aircraft flight parameter; and a processor in operable communication with the at least one sensor and configured to: process the sensor data to determine when the aircraft is operating in the helicopter mode and when the aircraft is operating in the fixed-wing mode; command the EGPWS to operate as the helicopter EGPWS when the aircraft is operating in the helicopter mode; and command the EGPWS to operate as the fixed-wing EGPWS when the aircraft is operating in the fixed-wing mode. an enhanced ground proximity warning system, EGPWS, configured, in response to a command, to selectively operate as a helicopter EGPWS or as a fixed-wing EGPWS; at least one sensor configured to sense at least one aircraft flight parameter and to supply sensor data representative of the at least one aircraft flight parameter; and a processor in operable communication with the at least one sensor and configured to: process the sensor data to determine when the aircraft is operating in the helicopter mode and when the aircraft is operating in the fixed-wing mode; command the EGPWS to operate as the helicopter EGPWS when the aircraft is operating in the helicopter mode; and command the EGPWS to operate as the fixed-wing EGPWS when the aircraft is operating in the fixed-wing mode. process the sensor data to determine when the aircraft is operating in the helicopter mode and when the aircraft is operating in the fixed-wing mode; command the EGPWS to operate as the helicopter EGPWS when the aircraft is operating in the helicopter mode; and command the EGPWS to operate as the fixed-wing EGPWS when the aircraft is operating in the fixed-wing mode.
A method of allocating resources for each of a plurality of logical channels, wherein each of the logical channels has a corresponding priority and a prioritized bit rate, PBR, the method comprising: allocating resources for a first amount of data associated with each of the logical channels, wherein the allocation of resources is based on the priority and the PBR corresponding to each of the logical channels; and allocating remaining resources for a second amount of data associated with each of the logical channels in addition to the first amount of data associated with each of the logical channels in a descending priority order, wherein, if two or more logical channels of the plurality of logical channels have the same priority, resources for each of the two or more logical channels are allocated equally within the remaining resources, wherein a radio interface protocol architecture is employed that includes a medium access control, MAC, layer, and wherein the resources and the remaining resources are allocated by the MAC layer, the method further comprising: multiplexing the first amount of data and the second amount of data onto a transport block, TB, wherein transmitting the first amount of data and the second amount of data comprises transmitting the TB over a transport channel. allocating resources for a first amount of data associated with each of the logical channels, wherein the allocation of resources is based on the priority and the PBR corresponding to each of the logical channels; and allocating remaining resources for a second amount of data associated with each of the logical channels in addition to the first amount of data associated with each of the logical channels in a descending priority order, wherein, if two or more logical channels of the plurality of logical channels have the same priority, resources for each of the two or more logical channels are allocated equally within the remaining resources, wherein a radio interface protocol architecture is employed that includes a medium access control, MAC, layer, and wherein the resources and the remaining resources are allocated by the MAC layer, the method further comprising: multiplexing the first amount of data and the second amount of data onto a transport block, TB, wherein transmitting the first amount of data and the second amount of data comprises transmitting the TB over a transport channel. multiplexing the first amount of data and the second amount of data onto a transport block, TB, wherein transmitting the first amount of data and the second amount of data comprises transmitting the TB over a transport channel.
A dipeptidyl peptidase-4 (DPP-4) inhibitor, or a pharmaceutical composition containing said inhibitor, for use in: (a) treating or preventing heart failure; or (b) treating cardiac ischaemic reperfusion injury, in a subject, wherein said subject has been administered extracorporeal cardiac shockwave therapy and wherein said inhibitor is for administration prior to, simultaneously with, and/or after administration of said shockwave therapy. (a) treating or preventing heart failure; or (b) treating cardiac ischaemic reperfusion injury,
A machine suitable for making an upper for a shoe comprising needles for forming the upper, reels of threads to be fed to said needles, a reel holder rack, a dial and a sinker crown, a needle cylinder with a vertical axis and forward and backward movement having a plurality of grooves inside of which the needles are slidable controlled by selection means thereof, a cup element, at least four feeders assembled along the circumference of the machine, guide means, first braking means, and a suction bell suitable for unloading said upper, below said first braking means at least second braking means being present suitable for braking or locking each thread for the formation of said upper during at least the first part of a return movement of said needle holder cylinder and second recovery means for recovering said thread from said cylinder preventing its recovery by a reel of said reels, characterized in that it comprises first recovery means for recovering each of the threads to be fed to said needles for forming the upper, and said second braking means being activated and deactivated by said second recovery means.
A folding shelter structure, capable of going from an unfolded position to a folded position, and vice versa, comprising telescoping uprights including each at least one lower element sliding with respect to an upper element integral with said structure, and which support a collection of mutually-adjacent prismatic box structures, and the walls of which are formed of crisscrosses of longitudinal members articulated in the manner of scissors, wherein said uprights comprise means for unfolding or re-folding said uprights, incorporated into said telescoping uprights and wherein said upper element comprises, over all or part of its length, guiding means formed of a slide, designed to be capable of cooperating with rolling means formed by a carriage that slides inside the latter and on which are mounted, in an articulated manner, the ends of longitudinal members said structure comprises, said means for unfolding or re-folding said uprights being made up of gas cylinders.
An electronic blood pressure measurement device comprising: a measurement bladder adapted to be inflated when supplied with fluid and wound around a region for measurement for blood pressure measurements; a pressure detection portion adapted to detect the pressure in said measurement bladder; a circumferential length detection portion adapted to detect the circumferential length of said region for measurement based on a relative variation in the pressure detected by said pressure detection portion; and a blood pressure calculation portion adapted to calculate a blood pressure value based on said pressure detected by said pressure detection portion according to said circumferential length of said region for measurement detected by said circumferential length detection portion; characterized in that said circumferential length detection portion is adapted to detect the circumferential length of said region for measurement based on a relative variation in the pressure detected by said pressure detection portion during winding said measurement bladder around said region for measurement after a predetermined amount of said fluid has been supplied to and enclosed in said measurement bladder. a measurement bladder adapted to be inflated when supplied with fluid and wound around a region for measurement for blood pressure measurements; a pressure detection portion adapted to detect the pressure in said measurement bladder; a circumferential length detection portion adapted to detect the circumferential length of said region for measurement based on a relative variation in the pressure detected by said pressure detection portion; and a blood pressure calculation portion adapted to calculate a blood pressure value based on said pressure detected by said pressure detection portion according to said circumferential length of said region for measurement detected by said circumferential length detection portion; characterized in that said circumferential length detection portion is adapted to detect the circumferential length of said region for measurement based on a relative variation in the pressure detected by said pressure detection portion during winding said measurement bladder around said region for measurement after a predetermined amount of said fluid has been supplied to and enclosed in said measurement bladder.
A design assistance method for assisting design of a liquid ejection device that satisfies a predetermined relationship and that includes a liquid ejection head provided with a nozzle configured to eject liquid; a liquid supply flow channel configured to supply the liquid to the liquid ejection head; and liquid pressure applying means configured to apply pressure to the liquid in the liquid supply flow channel through a pressure absorber, the design assistance method being characterized by comprising: acquiring a primary design of a flow channel configuration of the liquid ejection device; a calculating step (S1, S3) of calculating a pulsation frequency f p of the liquid pressure applying means, a compliance capacity C of the pressure absorber, and a composite inertance L of the liquid ejection head and the liquid supply flow channel from the acquired primary design of the flow channel configuration; a determining step (S5, S6, S7) of determining whether a relationship between a cutoff frequency f c expressed by f c = 1/(2π 0.5) using the calculated C and L, and the pulsation frequency f p satisfies the predetermined relationship that satisfies f p ≥ f c; and an outputting step of outputting a determination result in the determining step. acquiring a primary design of a flow channel configuration of the liquid ejection device; a calculating step (S1, S3) of calculating a pulsation frequency f p of the liquid pressure applying means, a compliance capacity C of the pressure absorber, and a composite inertance L of the liquid ejection head and the liquid supply flow channel from the acquired primary design of the flow channel configuration; a determining step (S5, S6, S7) of determining whether a relationship between a cutoff frequency f c expressed by f c = 1/(2π 0.5) using the calculated C and L, and the pulsation frequency f p satisfies the predetermined relationship that satisfies f p ≥ f c; and an outputting step of outputting a determination result in the determining step.