mhurhangee/ep-ind-claims huggingface dataset:
A method for resource allocation between a first network node configured to use a first radio access technology, RAT, and a second network node configured to use a second RAT, wherein the second RAT is different from the first RAT and the first RAT and the second RAT are deployed in an overlapping spectrum, the method in the first network node including: determining, by the first network node, one or more resources of a plurality of resources, for use by the second network node, wherein the plurality of resources is represented by a bit string whose length corresponds to a total number of Physical Resource blocks, PRBs, in the plurality of resources, wherein each bit in the bit string corresponds to a respective PRB in increasing order of frequency; and transmitting, to the second network node, a message including the bit string in which the one or more resources for use by the second network node are indicated, wherein the method further comprises: receiving, by the first network node, a request from the second network node, and transmitting the message in response to the request, wherein the request indicates a desired amount of resources, the one or more resources determined for use by the second network node comprising the desired amount of resources, or wherein the request indicates the one or more resources. determining, by the first network node, one or more resources of a plurality of resources, for use by the second network node, wherein the plurality of resources is represented by a bit string whose length corresponds to a total number of Physical Resource blocks, PRBs, in the plurality of resources, wherein each bit in the bit string corresponds to a respective PRB in increasing order of frequency; and transmitting, to the second network node, a message including the bit string in which the one or more resources for use by the second network node are indicated, wherein the method further comprises: receiving, by the first network node, a request from the second network node, and transmitting the message in response to the request, wherein the request indicates a desired amount of resources, the one or more resources determined for use by the second network node comprising the desired amount of resources, or wherein the request indicates the one or more resources. receiving, by the first network node, a request from the second network node, and transmitting the message in response to the request, wherein the request indicates a desired amount of resources, the one or more resources determined for use by the second network node comprising the desired amount of resources, or wherein the request indicates the one or more resources.
Method for controlling a light signal system, wherein - in a first time interval of the light signal system, signal times of a signal group (SG1, SG2, SG3, SG4) of the light signal system are determined for a second time interval which follows the first time interval in terms of time on the basis of measured traffic data, - wherein the determined signal times remain unchanged from a predetermined time instant, - wherein the signal group (SG1, SG2, SG3, SG4) in the second time interval is controlled on the basis of the signal times remaining unchanged, so that the signal group (SG1, SG2, SG3, SG4) in the second time interval outputs signals corresponding to the signal times remaining unchanged, - wherein remaining times for the signal images of the signals are determined from the signal times remaining unchanged, provided the signals are switched in the second time interval, - wherein the predetermined time instant is determined such that for currently running signal images of the light signal system, the remaining times determined for each future time instant remain unchanged and that the next switching time instant of a signal is present at the latest at the time instant of the preceding switching time instant. - in a first time interval of the light signal system, signal times of a signal group (SG1, SG2, SG3, SG4) of the light signal system are determined for a second time interval which follows the first time interval in terms of time on the basis of measured traffic data, - wherein the determined signal times remain unchanged from a predetermined time instant, - wherein the signal group (SG1, SG2, SG3, SG4) in the second time interval is controlled on the basis of the signal times remaining unchanged, so that the signal group (SG1, SG2, SG3, SG4) in the second time interval outputs signals corresponding to the signal times remaining unchanged, - wherein remaining times for the signal images of the signals are determined from the signal times remaining unchanged, provided the signals are switched in the second time interval, - wherein the predetermined time instant is determined such that for currently running signal images of the light signal system, the remaining times determined for each future time instant remain unchanged and that the next switching time instant of a signal is present at the latest at the time instant of the preceding switching time instant.
A method of forming a three-dimensional object comprised of polyurethane, polyurea, or copolymer thereof, said method comprising: (a) providing a carrier and an optically transparent member having a build surface, said carrier and said build surface defining a build region therebetween; (b) filling said build region with a polymerizable liquid, said polymerizable liquid comprising at least one of: (i) a blocked or reactive blocked prepolymer, (ii) a blocked or reactive blocked diisocyanate, or (iii) a blocked or reactive blocked diisocyanate chain extender; (c) irradiating said build region with light through said optically transparent member to form a solid blocked polymer scaffold and advancing said carrier away from said build surface to form a three-dimensional intermediate having the same shape as, or a shape to be imparted to, said three-dimensional object, with said intermediate containing said (i) blocked or reactive blocked prepolymer, (ii) blocked or reactive blocked diisocyanate, or (iii) blocked or reactive blocked diisocyanate chain extender; and then (d) heating or microwave irradiating said three-dimensional intermediate sufficiently to de-protect the (i) blocked or reactive blocked prepolymer, (ii) blocked or reactive blocked diisocyanate, or (iii) blocked or reactive blocked diisocyanate chain extender, and generate a free constituent which participates in a second solidifying and/or curing to form from said three-dimensional intermediate said three-dimensional object comprised of polyurethane, polyurea, or copolymer thereof. (a) providing a carrier and an optically transparent member having a build surface, said carrier and said build surface defining a build region therebetween; (b) filling said build region with a polymerizable liquid, said polymerizable liquid comprising at least one of: (i) a blocked or reactive blocked prepolymer, (ii) a blocked or reactive blocked diisocyanate, or (iii) a blocked or reactive blocked diisocyanate chain extender; (c) irradiating said build region with light through said optically transparent member to form a solid blocked polymer scaffold and advancing said carrier away from said build surface to form a three-dimensional intermediate having the same shape as, or a shape to be imparted to, said three-dimensional object, with said intermediate containing said (i) blocked or reactive blocked prepolymer, (ii) blocked or reactive blocked diisocyanate, or (iii) blocked or reactive blocked diisocyanate chain extender; and then (d) heating or microwave irradiating said three-dimensional intermediate sufficiently to de-protect the (i) blocked or reactive blocked prepolymer, (ii) blocked or reactive blocked diisocyanate, or (iii) blocked or reactive blocked diisocyanate chain extender, and generate a free constituent which participates in a second solidifying and/or curing to form from said three-dimensional intermediate said three-dimensional object comprised of polyurethane, polyurea, or copolymer thereof.
Process for producing Al 2 O 3 layers, without property-impairing additives, where these Al 2 O 3 layers have a content of α-Al 2 O 3 of at least 72% by volume, where the high proportion of α-Al 2 O 3 in the layers is produced without additional heat treatment, a porosity of not more than 19% and a specific electrical resistance of >1 ·10 12 ohm·cm, where the layer has long-term stability of the properties in air having a relative atmospheric humidity of 50%, characterized in that this production is carried out using aqueous or alcoholic suspensions of pure α-Al 2 O 3 having a purity of at least 98% and a particle size of >100 nm by means of a process from the group of thermal spraying, where a solids content of up to 25% by weight is set for the aqueous or alcoholic suspension and atmospheric plasma spraying or high-velocity flame spraying (HVOF) is used as process from the group of thermal spraying.
Device capable of receiving and/or transmitting physical signals, said device comprising: • a textile strap having a width L and extending along a longitudinal axis (x), - at least one conductive wire integrated into said textile strap and extending along the longitudinal axis (x), • a printed circuit arranged above said textile strap and provided with at least one physical sensor capable of receiving and/or transmitting physical signals, • a housing arranged on said textile strap having said conductive wire and said printed circuit, • a holding means which clamps said textile strap, said printed circuit and said housing to connect them permanently, said holding means being made of an electrically conductive material to ensure the electrical supply of said printed circuit, the holding means comprising an electrically conductive element selected from screws, staples, pins and rivets and said device being characterized in that the holding means acts in combination with a clamping plate made of an electrically insulating material arranged under the textile strap, • a textile strap having a width L and extending along a longitudinal axis (x), - at least one conductive wire integrated into said textile strap and extending along the longitudinal axis (x), • a printed circuit arranged above said textile strap and provided with at least one physical sensor capable of receiving and/or transmitting physical signals, • a housing arranged on said textile strap having said conductive wire and said printed circuit, • a holding means which clamps said textile strap, said printed circuit and said housing to connect them permanently, said holding means being made of an electrically conductive material to ensure the electrical supply of said printed circuit,
A central control device arranged for monitoring and controlling a nuclear power plant, the central control device comprising: a monitoring operation device (411; 412; 413), the monitoring operation device being arranged both as a display unit configured to display information on the nuclear power plant and as an operation unit configured to operate the nuclear power plant; and an operation procedure document visual display unit, the operation procedure document visual display unit being arranged both as a display unit configured to display an operation procedure document and also as operation unit configured to operate the nuclear power plant; and a control unit configured to control the monitoring operation device (411; 412; 413) and the operation procedure document visual display unit, wherein the control unit is configured to select the operation procedure document corresponding to an input operation to the operation unit of the monitoring operation device (411; 412; 413) and to display the operation procedure document on the monitoring operation device (411; 412; 413) and on the operation procedure document visual display unit. a monitoring operation device (411; 412; 413), the monitoring operation device being arranged both as a display unit configured to display information on the nuclear power plant and as an operation unit configured to operate the nuclear power plant; and an operation procedure document visual display unit, the operation procedure document visual display unit being arranged both as a display unit configured to display an operation procedure document and also as operation unit configured to operate the nuclear power plant; and a control unit configured to control the monitoring operation device (411; 412; 413) and the operation procedure document visual display unit, wherein the control unit is configured to select the operation procedure document corresponding to an input operation to the operation unit of the monitoring operation device (411; 412; 413) and to display the operation procedure document on the monitoring operation device (411; 412; 413) and on the operation procedure document visual display unit.
A horn for a vehicle, comprising: an oscillation member; a sound path which is spirally formed around a center axis of the oscillation member and in which a distance from the center axis is gradually increased toward an outer end; and a sound output section being provided to the outer end portion of the sound path, wherein the outer end portion of the sound path extends horizontally in use, the sound output section outputting sound waves, which have passed through the sound path; wherein an opening part of the sound output section outputs sound waves parallel to the center axis and, when in use, the opening part is directed in the advancing direction of the vehicle; wherein the opening part of the sound output section has an elongated configuration; wherein a plurality of plate members are vertically provided to a connection part between the sound path and the sound output section; characterized in that a long axis of the opening part is arranged in the vertical direction when the horn is attached to the vehicle; wherein a shielding plate is provided to the sound output section, so as to hide the sound path when the sound path is viewed from the sound output section side, the shielding plate being a lattice or rough mesh and serving to resist the invasion of foreign matter; and wherein a plurality of plate members are uniformly spaced, and the plate members are projecting in the direction of the long-axis of the opening part. an oscillation member; a sound path which is spirally formed around a center axis of the oscillation member and in which a distance from the center axis is gradually increased toward an outer end; and a sound output section being provided to the outer end portion of the sound path, wherein the outer end portion of the sound path extends horizontally in use, the sound output section outputting sound waves, which have passed through the sound path; wherein an opening part of the sound output section outputs sound waves parallel to the center axis and, when in use, the opening part is directed in the advancing direction of the vehicle; wherein the opening part of the sound output section has an elongated configuration; wherein a plurality of plate members are vertically provided to a connection part between the sound path and the sound output section; characterized in that a long axis of the opening part is arranged in the vertical direction when the horn is attached to the vehicle; wherein a shielding plate is provided to the sound output section, so as to hide the sound path when the sound path is viewed from the sound output section side, the shielding plate being a lattice or rough mesh and serving to resist the invasion of foreign matter; and wherein a plurality of plate members are uniformly spaced, and the plate members are projecting in the direction of the long-axis of the opening part.
Device, in particular oil sump, preferably for an engine, a piston machine and/or a transmission arrangement, having a housing element for the formation of a side wall structure (1.1) and for holding an operating fluid and having a heat exchanger for heat exchange with the operating fluid, said heat exchanger being suppliable with water-comprising temperature control fluid and having a heat exchange element (1.2), wherein the heat exchange element (1.2) forms at least one through-flow duct for the through flow of the operating fluid and at least one through-flow duct for the through flow of the temperature control fluid, wherein the heat exchange element (1.2) comprises a wave or up-and-down structure, with the result that, on the one hand, the at least one through-flow duct for the operating fluid and, on the other hand, the at least one through-flow duct for the temperature control fluid are formed, wherein at least one opening (1.3), via which operating fluid can be fed to the at least one through-flow duct for the operating fluid, is formed within the housing element, wherein a bottom element is arranged above the heat exchange element (1.2), between the side wall structure (1.1), within the housing element, the device is characterized in that the bottom element is movable, in order to close the at least one opening (1.3) and/or in order to form a bypass opening, in such a way that operating fluid can be discharged while bypassing the at least one through-flow duct for the operating fluid.
A device for visualizing a course of an occluded vasculature, comprising: - an image data supply unit; - a determination unit; - a processing unit; and - a display unit; wherein the image data supply unit is configured to provide a sequence of images of a cardiac vasculature structure, which is at least partly injected with contrast agent wherein the determination unit is configured to determine a region of interest in a first image of the sequence of a cardiac vasculature structure; wherein the vasculature structure comprises an occlusion and wherein vessel portions distal of the occlusion are non-visible; wherein the processing unit is configured to i) identify, in the region of interest, a trajectory proposal from a first visible vessel portion proximal to a non-visible vessel portion to a second visible vessel portion distal to the non-visible vessel portion of the occlusion; ii) modify the trajectory proposal generating a plurality of possible trajectories for matching with a vessel course of the non-visible vessel portion; iii) determine a plausibility value for at least one of the possible trajectories; iv) select a possible trajectory for the vessel course based on the plausibility value of the trajectory, wherein the display unit is configured to display an indication of the selected trajectory as the vessel course of the non-visible vessel portion in the cardiac vasculature structure. - an image data supply unit; - a determination unit; - a processing unit; and - a display unit; i) identify, in the region of interest, a trajectory proposal from a first visible vessel portion proximal to a non-visible vessel portion to a second visible vessel portion distal to the non-visible vessel portion of the occlusion; ii) modify the trajectory proposal generating a plurality of possible trajectories for matching with a vessel course of the non-visible vessel portion; iii) determine a plausibility value for at least one of the possible trajectories; iv) select a possible trajectory for the vessel course based on the plausibility value of the trajectory,
A rotor for power driving comprising: a hub adapted to be coupled with a shaft; a plurality of first fixed jibs installed around the hub circumferentially and spaced from one another, with each of the plurality of first fixed jibs extending in a radial direction perpendicular to an axial direction of the shaft, wherein the plurality of first fixed jibs is rotatable about the shaft to define a plane of rotation perpendicular to the axial direction of the shaft; and a plurality of inner vanes; characterized in that each inner vane is elastically fixed at a corresponding first fixed jib and extends outwardly from an outer surface of the corresponding first fixed jib in a direction parallel to the plane of rotation when not acted upon by external forces such that the plurality of inner vanes, when acted upon by the external forces, make no rotary movement but are elastically bendable relative to the plurality of first fixed jibs and can rebound after removal of the external forces, wherein bending directions of each inner vane are perpendicular to the plane of rotation. a hub adapted to be coupled with a shaft; a plurality of first fixed jibs installed around the hub circumferentially and spaced from one another, with each of the plurality of first fixed jibs extending in a radial direction perpendicular to an axial direction of the shaft, wherein the plurality of first fixed jibs is rotatable about the shaft to define a plane of rotation perpendicular to the axial direction of the shaft; and a plurality of inner vanes; characterized in that each inner vane is elastically fixed at a corresponding first fixed jib and extends outwardly from an outer surface of the corresponding first fixed jib in a direction parallel to the plane of rotation when not acted upon by external forces such that the plurality of inner vanes, when acted upon by the external forces, make no rotary movement but are elastically bendable relative to the plurality of first fixed jibs and can rebound after removal of the external forces, wherein bending directions of each inner vane are perpendicular to the plane of rotation.