mhurhangee/ep-ind-claims huggingface dataset:
A method for a terminal power saving based on a Bandwidth Part, BWP, executed by a network device, the method comprising: transmitting first Downlink Control Information, DCI, carrying a first information field to the terminal, wherein the first information field indicates one of at least two configuration states or configuration indexes of a first parameter, the first parameter is a configuration parameter associated with an active BWP of the terminal, the first parameter comprises a plurality of parameters, and each of the at least two configuration states or configuration indexes of the first parameter corresponds to values of the plurality of parameters comprised in the first parameter; and the each configuration state or configuration index of the first parameter corresponds to a respective value of the first information field, characterized in that the first DCI further carries a second information field indicating the active BWP of the terminal, and the first parameter comprises: a minimum value of slot offset between DCI and its scheduled Physical Downlink Shared Channel, PDSCH, a minimum value of slot offset between DCI and its scheduled Physical Uplink Shared Channel, PUSCH, and a minimum value of Hybrid Automatic Repeat Request, HARQ, feedback timing of the PDSCH. a minimum value of slot offset between DCI and its scheduled Physical Downlink Shared Channel, PDSCH, a minimum value of slot offset between DCI and its scheduled Physical Uplink Shared Channel, PUSCH, and a minimum value of Hybrid Automatic Repeat Request, HARQ, feedback timing of the PDSCH.
Method for preparing a beverage from a beverage powder comprising the steps of: - metering a dose of the beverage powder, then - heating the beverage powder dose, and then - diluting the heated beverage powder dose with a diluent, wherein the beverage powder is soluble and the diluent is cold. - metering a dose of the beverage powder, then - heating the beverage powder dose, and then - diluting the heated beverage powder dose with a diluent,
Rear area arrangement of hayon-type rear-flap motor vehicle body structure, consisting of a plurality of subassemblies (10, 20, 30) consisting of metal sheet parts and assembled together to form the rear-flap vehicle body structure, including in particular a subset of underlay comprising a load floor and two lateral floor extensions extending on both sides of the rear part of the said load floor, two side subassemblies of silhouette, each comprising a gutter lining with a lower foot, and a rear panel subset with a back panel lining with two parts lateral junction with the said lower feet of the two lateral subassemblies of silhouette; the said subset of base also having two base lateral reinforcements welded each to the load floor and to a corresponding lateral floor extension, and each of the said lateral subsets of silhouette also has a strap foot reinforcement welded to the bottom foot of its gutter lining, with each basic side reinforcement fixed rigidly after the assembly of the said subassemblies to a corresponding flap foot reinforcement, characterized by the fact that each base lateral reinforcement consists of a first wall which is substantially horizontal welded to a respective rear side corner of the said load floor, a second wall which extends substantially in a vertical longitudinal plane and is welded by its lower edge to the inner side edge of a so-called floor lateral extension, and a third wall extending substantially in a vertical and welded transverse plane after the assembly of the said subassemblies (10, 20, 30) on a corresponding lateral part of the rear panel lining of the rear panel subset.
Method for controlling interior lighting for a vehicle, wherein a plurality of lighting units (4-x) are arranged in a manner distributed in the interior of the vehicle, wherein each of the lighting units (4-x) has been assigned or is assigned logically to one of at least two colour zones (A, B), wherein arrangement profiles (21-x) of arrangements of the at least two colour zones (A, B) in the interior of the vehicle are displayed on a display and operating device, and a user selection of one of the arrangement profiles (21-x) is detected, wherein each arrangement profile (21-x) here defines an arrangement of the at least two colour zones in the interior of the vehicle, and wherein a colour selection by the user is detected for each of the at least two colour zones (A, B) in each case by means of an operating element (23-x) displayed on the display and operating device, and wherein a colour is set for each lighting unit (4-x) by means of a control device in accordance with the selected arrangement profile (21-x) and the colours selected for the at least two colour zones (A, B).
A fluid supply control device comprising: a gauging chamber configured to be charged with a fluid from a fluid supply source (A, 29); an inlet port through which the fluid flows into the gauging chamber; an outlet port through which the fluid flows out from the gauging chamber; a first valve element arranged inside the gauging chamber to close the inlet port; a second valve element arranged inside the gauging chamber to close the outlet port; an electromagnetic biasing structure (2, 2a, 2b) configured to electromagnetically bias the first valve element to move the first valve element and to electromagnetically bias the second valve element to move the second valve element; and an elastic biasing structure (17, 17a, 17b) configured to elastically bias at least one of the first valve element and the second valve element, wherein the first valve element and the second valve element are configured and arranged such that the first valve element and the second valve element are independently movable and are actuated with a time difference, wherein the electromagnetic biasing structure (2, 2a, 2b) comprises a single electromagnetic coil, and wherein the first valve element and the second valve element are configured and arranged such that an intensity of the electromagnetic force of the electromagnetic coil that acts on the first valve element is different from an intensity of the electromagnetic force of the electromagnetic coil that acts on the second valve element. a gauging chamber configured to be charged with a fluid from a fluid supply source (A, 29); an inlet port through which the fluid flows into the gauging chamber; an outlet port through which the fluid flows out from the gauging chamber; a first valve element arranged inside the gauging chamber to close the inlet port; a second valve element arranged inside the gauging chamber to close the outlet port; an electromagnetic biasing structure (2, 2a, 2b) configured to electromagnetically bias the first valve element to move the first valve element and to electromagnetically bias the second valve element to move the second valve element; and an elastic biasing structure (17, 17a, 17b) configured to elastically bias at least one of the first valve element and the second valve element, wherein the first valve element and the second valve element are configured and arranged such that the first valve element and the second valve element are independently movable and are actuated with a time difference, wherein the electromagnetic biasing structure (2, 2a, 2b) comprises a single electromagnetic coil, and wherein the first valve element and the second valve element are configured and arranged such that an intensity of the electromagnetic force of the electromagnetic coil that acts on the first valve element is different from an intensity of the electromagnetic force of the electromagnetic coil that acts on the second valve element.
Use of a fastening system for flat plate-shaped components (10, 11, 12), with carrier parts for fastening the plate-shaped components (10, 11, 12) to a pitched roof with a mounting face, wherein at least two components (10, 11, 12) arranged adjacent to each other in the ridge-eaves direction are held by a plurality of carrier parts fastened to the assembly face, wherein the carrier parts are formed with a first support face and a second support face and, in order to hold adjacent edge areas (10b, 11a; 11b, 12a) of two components (10, 11, 12) arranged adjacent to each other in the ridge-eaves direction, are mounted on the mounting face in a state with angle[s] of inclination (β) larger in each case with respect to the angle of inclination (α) of the mounting face, so that - as viewed at a right angle to the mounting face - an edge area (11a, 12a) of the component (11, 12) towards the eaves rests on the second support face and is offset further away from the mounting face with respect to the adjacent edge area (10b, 11b) of the component (10, 11) towards the ridge which rests on the first support face, wherein the adjacent edge areas of two components (10, 11, 12) arranged adjacent to each other are arranged in a manner free of overlapping.
A method for data transmission, comprising: receiving at least two Demodulation Reference Signal, DMRS, port groups configured by a network device; determining a target reference signal resource corresponding to each of the at least two DMRS port groups; determining, according to the target reference signal resource, transmission parameters for data transmission on a DMRS port group corresponding to the target reference signal resource, comprising: determining a beam for transmitting or receiving a reference signal on the target reference signal resource as a beam for the data transmission on the DMRS port group corresponding to the target reference signal resource; and after determining the transmission parameters for the data transmission on each DMRS port group, performing the data transmission on the at least two DMRS port groups. receiving at least two Demodulation Reference Signal, DMRS, port groups configured by a network device; determining a target reference signal resource corresponding to each of the at least two DMRS port groups; determining, according to the target reference signal resource, transmission parameters for data transmission on a DMRS port group corresponding to the target reference signal resource, comprising: determining a beam for transmitting or receiving a reference signal on the target reference signal resource as a beam for the data transmission on the DMRS port group corresponding to the target reference signal resource; and after determining the transmission parameters for the data transmission on each DMRS port group, performing the data transmission on the at least two DMRS port groups.
A method of analysing a material, including; placing a dielectric coated electrode in proximity to the material; applying a voltage signal to generate a dielectric barrier discharge between the material and the dielectric coated electrode; moving the dielectric coated electrode relative to the surface; monitoring a signal associated with the discharge; and detecting a change in a physical characteristic of the material through variation in the monitored signal.
A method for selecting at least one surface in a light field, said light field being associated with multiple views corresponding to different view points of a same scene, the method comprising: - displaying one of said multiple views as a reference view; and - selecting at least one surface (32, 33) in said reference view; characterized in that the method further comprises: - identifying a set of pixels belonging to said at least one surface (32, 33), which are occluded in said reference view but visible in at least one of said multiple views; - projecting said set of pixels into said reference view, on the basis of a value of said pixels of said set in said at least one of said multiple views in which they are visible, in order to form an upgraded reference view (320, 330); - displaying said upgraded reference view (320, 330); and - updating said selected surface (32, 33) in said upgraded reference view (320, 330). - displaying one of said multiple views as a reference view; and - selecting at least one surface (32, 33) in said reference view; characterized in that the method further comprises: - identifying a set of pixels belonging to said at least one surface (32, 33), which are occluded in said reference view but visible in at least one of said multiple views; - projecting said set of pixels into said reference view, on the basis of a value of said pixels of said set in said at least one of said multiple views in which they are visible, in order to form an upgraded reference view (320, 330); - displaying said upgraded reference view (320, 330); and - updating said selected surface (32, 33) in said upgraded reference view (320, 330).
A dental handpiece comprising a housing and a drive train having a coupling element for a drive, wherein the housing radially surrounds the drive train and wherein the housing has a first and a second housing end and wherein the housing is held on the drive train at the first and second housing ends, characterised in that between the first housing end and the coupling element, a decoupling element is arranged which is purely resilient or resilient and damping in an axial direction, whereas the second housing end is rigidly supported against the drive train, and in that the housing is clamped, via the decoupling element, in the axial direction with respect to the coupling element.
A wafer handling apparatus, comprising: a feedthrough plate in operative association with a first end of a vertical rod, wherein the feedthrough plate is operable to be lifted in an axial direction A to a wafer loading position and wherein the feedthrough plate is operable to be lowered in an opposite axial direction B to a wafer processing position; a main plate defining a lower face and a main plate aperture, wherein the feedthrough plate is positioned above the main plate such that the vertical rod extends through the main plate aperture; a wafer chuck coupled with a second end of the vertical rod and positioned below the main plate; and a plurality of pin assemblies defined annularly around the wafer chuck, wherein each pin assembly of the plurality of pin assemblies comprises a lateral leg; wherein when the feedthrough plate is lifted to the wafer loading position, a transfer gap between the wafer chuck and each lateral leg of each pin assembly of the plurality of pin assemblies is maximized such that an electronic wafer may be inserted between the wafer chuck and each lateral leg of each pin assembly of the plurality of pin assemblies; and wherein when the feedthrough plate is lowered to the wafer processing position, a transfer gap between the wafer chuck and each lateral leg of each pin assembly of the plurality of pin assemblies is minimized such that the electronic wafer is secured to the wafer chuck by each lateral leg of each pin assembly of the plurality of pin assemblies. a feedthrough plate in operative association with a first end of a vertical rod, wherein the feedthrough plate is operable to be lifted in an axial direction A to a wafer loading position and wherein the feedthrough plate is operable to be lowered in an opposite axial direction B to a wafer processing position; a main plate defining a lower face and a main plate aperture, wherein the feedthrough plate is positioned above the main plate such that the vertical rod extends through the main plate aperture; a wafer chuck coupled with a second end of the vertical rod and positioned below the main plate; and a plurality of pin assemblies defined annularly around the wafer chuck, wherein each pin assembly of the plurality of pin assemblies comprises a lateral leg; wherein when the feedthrough plate is lifted to the wafer loading position, a transfer gap between the wafer chuck and each lateral leg of each pin assembly of the plurality of pin assemblies is maximized such that an electronic wafer may be inserted between the wafer chuck and each lateral leg of each pin assembly of the plurality of pin assemblies; and wherein when the feedthrough plate is lowered to the wafer processing position, a transfer gap between the wafer chuck and each lateral leg of each pin assembly of the plurality of pin assemblies is minimized such that the electronic wafer is secured to the wafer chuck by each lateral leg of each pin assembly of the plurality of pin assemblies.
A sacroiliac fusion stabilizer, SIFS, (1, 6, 501) for fusing a first bone fracture fragment to a second bone fracture fragment, the SIFS (1, 6, 501) comprising: a first lateral surface having a first curvature; a second lateral surface, opposite the first lateral surface, having a second curvature, the first lateral surface being spaced from the second lateral surface by a depth that defines a first side and a second side; a cannulation that extends from the first side, through the SIFS (1, 6, 501) and terminates at the second side; wherein the first curvature and the second curvature provide a lazy-S shape such that the first lateral surface contacts the second lateral surface at a first junction and a second junction, the first junction being disposed proximate the first lateral surface and the second junction being disposed proximate the second lateral surface; characterized in that the first junction provides a first plurality of projections, and the second junction provides a second plurality of projections; and each of said plurality of projections is configured so that when said SIFS (1, 6, 501) is rotated at least one of said first projections engages the sacrum and at least one of said second projections engages the bone of the ilium. a first lateral surface having a first curvature; a second lateral surface, opposite the first lateral surface, having a second curvature, the first lateral surface being spaced from the second lateral surface by a depth that defines a first side and a second side; a cannulation that extends from the first side, through the SIFS (1, 6, 501) and terminates at the second side; wherein the first curvature and the second curvature provide a lazy-S shape such that the first lateral surface contacts the second lateral surface at a first junction and a second junction, the first junction being disposed proximate the first lateral surface and the second junction being disposed proximate the second lateral surface; characterized in that the first junction provides a first plurality of projections, and the second junction provides a second plurality of projections; and each of said plurality of projections is configured so that when said SIFS (1, 6, 501) is rotated at least one of said first projections engages the sacrum and at least one of said second projections engages the bone of the ilium.
A medical introducer and heart valve delivery catheter combination, comprising: a delivery catheter having a distal balloon of sufficient diameter to expand a crimped heart valve thereon; an introducer having an elongated tubular sheath extending distally from a proximal housing containing at least one introducer valve (106, 108, 112) for fluidly sealing around a proximal length of the delivery catheter; and a tubular loader defining a throughbore that receives a distal portion of the delivery catheter, and includes structure for engaging mating structure on a proximal end of the introducer housing and a distal nose that extends through and opens the introducer valve (106, 108, 112) and facilitates passage therethrough of the balloon of the delivery catheter, the loader having a proximal housing with a loader seal (180, 182) for fluidly sealing around the introducer sheath, characterized in that the proximal housing further comprises a single-handed vent for aspirating air from within the loader. a delivery catheter having a distal balloon of sufficient diameter to expand a crimped heart valve thereon; an introducer having an elongated tubular sheath extending distally from a proximal housing containing at least one introducer valve (106, 108, 112) for fluidly sealing around a proximal length of the delivery catheter; and a tubular loader defining a throughbore that receives a distal portion of the delivery catheter, and includes structure for engaging mating structure on a proximal end of the introducer housing and a distal nose that extends through and opens the introducer valve (106, 108, 112) and facilitates passage therethrough of the balloon of the delivery catheter, the loader having a proximal housing with a loader seal (180, 182) for fluidly sealing around the introducer sheath, characterized in that the proximal housing further comprises a single-handed vent for aspirating air from within the loader.
A composite drug delivery material comprising: a plurality of microparticles dispersed in a media composition; wherein the microparticles comprise: a drug; and a coating comprising a bioerodible material or a biodegradable material, wherein the biodegradable material chemically degrades in vivo in a manner that it can release the drug for a period that is significantly greater than the normal in vivo life of the drug; and wherein the media composition comprises the drug dispersed in a depot-forming material; and wherein the media composition is in a liquid form before administration and is configured to substantially increase in viscosity during or after being injected into a body of a mammal, so that the form of the media after injection is a solid or a gel. a plurality of microparticles dispersed in a media composition; wherein the microparticles comprise: a drug; and a coating comprising a bioerodible material or a biodegradable material, wherein the biodegradable material chemically degrades in vivo in a manner that it can release the drug for a period that is significantly greater than the normal in vivo life of the drug; and a drug; and a coating comprising a bioerodible material or a biodegradable material, wherein the biodegradable material chemically degrades in vivo in a manner that it can release the drug for a period that is significantly greater than the normal in vivo life of the drug; and wherein the media composition comprises the drug dispersed in a depot-forming material; and wherein the media composition is in a liquid form before administration and is configured to substantially increase in viscosity during or after being injected into a body of a mammal, so that the form of the media after injection is a solid or a gel.
A device for moving a jet member, which is arranged on a carriage arranged on a vehicle for directing a high pressure jet of liquid against a material layer for material removing treatment of the material layer, said carriage being movable to and fro along a guide between two selectable extreme positions along the guide, said device comprising a hydraulic drive arrangement having a hydraulic circuit and being arranged to create the movement of the carriage along the guide, means (12, 12', 13, 24, 25, 31) adapted to detect that the carriage has reached a said selectable extreme position along the guide, where turning of the carriage is to take place, as well as a control unit adapted to control the hydraulic drive arrangement and by that said movement of the carriage along the guide, characterized in that said means comprises members (24, 25, 34) designed to form a mechanical resistance to a further movement of the carriage when the carriage reaches the respective said extreme position or a region close to said extreme position adapted to influence the flow of hydraulic liquid through said hydraulic circuit of the hydraulic drive arrangement as well as members adapted to sense a parameter of the hydraulic liquid, the magnitude of which is dependent upon said flow, and send information about the magnitude of this parameter to the control unit, and that the control unit is adapted to control the turning of the carriage on the basis of information about the magnitude of said parameter.