mhurhangee/ep-ind-claims huggingface dataset:
A method for multiplexing a demodulation reference signal, DMRS, and a channel state information-reference signal, CSI-RS, in a wireless communication system, the method performed by a user equipment, UE, the method comprising: receiving the DMRS from a base station; and receiving the CSI-RS from the base station, characterized in that frequency division multiplexing, FDM, between the DMRS and the CSI-RS in a specific symbol is determined based on a DMRS type of the DMRS, wherein, based on that the DMRS type is set to DMRS type 1: i) a position of resource elements, REs, of the DMRS within the specific symbol is determined based on two combs that are related to different REs in a frequency domain, ii) the FDM is applied when a position of REs of the CSI-RS within the specific symbol is based on a specific pattern, and iii) the specific pattern is defined based on i) a number of adjacent REs in the frequency domain being 1 and ii) a number of adjacent REs in a time domain being equal to or greater than 2, and wherein, based on that the DMRS type is set to DMRS type 2: i) the REs of the DMRS is configured based on a specific range which is defined as four consecutive REs per one DMRS port, and ii) the FDM is applied when a number of the REs of the CSI-RS in one symbol is less than 5. receiving the DMRS from a base station; and receiving the CSI-RS from the base station, characterized in that frequency division multiplexing, FDM, between the DMRS and the CSI-RS in a specific symbol is determined based on a DMRS type of the DMRS, wherein, based on that the DMRS type is set to DMRS type 1: i) a position of resource elements, REs, of the DMRS within the specific symbol is determined based on two combs that are related to different REs in a frequency domain, ii) the FDM is applied when a position of REs of the CSI-RS within the specific symbol is based on a specific pattern, and iii) the specific pattern is defined based on i) a number of adjacent REs in the frequency domain being 1 and ii) a number of adjacent REs in a time domain being equal to or greater than 2, and wherein, based on that the DMRS type is set to DMRS type 2: i) the REs of the DMRS is configured based on a specific range which is defined as four consecutive REs per one DMRS port, and ii) the FDM is applied when a number of the REs of the CSI-RS in one symbol is less than 5.
A device (100; 400; 440; 500) comprising: a touch or proximity screen display (112; 200; 420; 442; 512); means for causing, while the device is in a locked state, display on the touch or proximity screen display of a movable unlocking icon (206; 210) and an application area (202; 204), wherein the application area represents an application that is present or available in the device and the movable unlocking icon is highlighted relative to the application area; means for responding to a user moving the movable unlocking icon, on the touch or proximity screen display while the device is in a locked state, to the application area by revealing, while the device is in the locked state, one or more user interface elements (202,204) associated with the application area; and means for responding to a user moving the movable unlocking icon to an unlock region of the device by transitioning the device from the locked state to the unlocked state and by activating an application associated with the application area. a touch or proximity screen display (112; 200; 420; 442; 512); means for causing, while the device is in a locked state, display on the touch or proximity screen display of a movable unlocking icon (206; 210) and an application area (202; 204), wherein the application area represents an application that is present or available in the device and the movable unlocking icon is highlighted relative to the application area; means for responding to a user moving the movable unlocking icon, on the touch or proximity screen display while the device is in a locked state, to the application area by revealing, while the device is in the locked state, one or more user interface elements (202,204) associated with the application area; and means for responding to a user moving the movable unlocking icon to an unlock region of the device by transitioning the device from the locked state to the unlocked state and by activating an application associated with the application area.
An endoluminal prosthesis, including: at least one stent having a surface; at least one surface enhancement member, separate from the stent, wrapped around at least one portion of the surface of the stent in a plurality of helically wrapped turns so as to provide an at least partially wrapped stent; a first membrane (25,625) having a lumen for allowing fluid flow therethrough, the first membrane (25,625) disposed coaxially about the at least one stent and the at least one surface enhancement member, and bonded to the at least one surface enhancement member, wherein the bond between the first membrane (25,625) and the at least one surface enhancement member has a bond strength greater than a bond strength between the first membrane (25,625) and the surface of the stent, and wherein the stent includes at least one strut and the surface enhancement member is wrapped around the periphery of the strut. at least one stent having a surface; at least one surface enhancement member, separate from the stent, wrapped around at least one portion of the surface of the stent in a plurality of helically wrapped turns so as to provide an at least partially wrapped stent; a first membrane (25,625) having a lumen for allowing fluid flow therethrough, the first membrane (25,625) disposed coaxially about the at least one stent and the at least one surface enhancement member, and bonded to the at least one surface enhancement member, wherein the bond between the first membrane (25,625) and the at least one surface enhancement member has a bond strength greater than a bond strength between the first membrane (25,625) and the surface of the stent, and wherein the stent includes at least one strut and the surface enhancement member is wrapped around the periphery of the strut.
An energy-limited wireless node, comprising: a communication module configured to switch between a sleep mode in which the communication module is not operable to communicate and an active mode in which the communication module is operable to communicate; a configurable auxiliary receiver configured to initiate switching of the communication module from the sleep mode to the active mode based on detection of a wake-up signal, wherein the configurable auxiliary receiver comprises a low noise amplifier, LNA, configured to amplify a signal received at the configurable auxiliary receiver, a detector configured to estimate an encoded signal received at the configurable auxiliary receiver, and a decoder configured to decode the encoded signal received at the configurable auxiliary receiver; and a controller configured to control configuration of the configurable auxiliary receiver to operate using an auxiliary receiver configuration, wherein the auxiliary receiver configuration comprises at least one of a configuration indication for the LNA or an indication of a detection and decoding algorithm for the detector and the decoder, wherein, to control configuration of the configurable auxiliary receiver to operate using the auxiliary receiver configuration, the controller is configured to receive configuration information indicative of the auxiliary receiver configuration for the configurable auxiliary receiver and provide configuration control information for configuring the configurable auxiliary receiver to operate using the auxiliary receiver configuration. a communication module configured to switch between a sleep mode in which the communication module is not operable to communicate and an active mode in which the communication module is operable to communicate; a configurable auxiliary receiver configured to initiate switching of the communication module from the sleep mode to the active mode based on detection of a wake-up signal, wherein the configurable auxiliary receiver comprises a low noise amplifier, LNA, configured to amplify a signal received at the configurable auxiliary receiver, a detector configured to estimate an encoded signal received at the configurable auxiliary receiver, and a decoder configured to decode the encoded signal received at the configurable auxiliary receiver; and a controller configured to control configuration of the configurable auxiliary receiver to operate using an auxiliary receiver configuration, wherein the auxiliary receiver configuration comprises at least one of a configuration indication for the LNA or an indication of a detection and decoding algorithm for the detector and the decoder, wherein, to control configuration of the configurable auxiliary receiver to operate using the auxiliary receiver configuration, the controller is configured to receive configuration information indicative of the auxiliary receiver configuration for the configurable auxiliary receiver and provide configuration control information for configuring the configurable auxiliary receiver to operate using the auxiliary receiver configuration.
Rotor for turbomachines comprising a row of blades each having, a direction of motion of the rotor, a convex front profile and a concave rear profile; an external ring comprising a plurality of sectors adjacent to one another and each of which is fixed to the free end of a respective blade; a plurality of damping members coupled to the external ring to dampen the vibrations of the blades; wherein each damping member is arranged radially inside the external ring between the blades of a respective pair of adjacent blades (4a, 4b), has a radially external surface (23, 28), which is arranged so as to be in contact with both the sectors (6a, 6b) fixed to the blades of the respective pair of blades (4a, 4b), and comprises a front strip and a rear strip that are substantially transversal with respect to the direction of motion and fixed to one another; the front and rear strips (19, 20) being arranged so as to be in contact with the front sector and, respectively, the rear sector of the two sectors fixed to the blades of the respective pair of blades (4a, 4b); and the rotor being characterized in that each damping member comprises radial tabs (26, 35, 39) arranged substantially so as to be in contact in part with the concave rear profile of the front blade, in part with the convex front profile of the rear blade, and in part with the concave rear profile of the rear blade of the respective pair of blades (4a, 4b).
A patient support comprising: a patient support surface; a fluid movement system provided at said patient support; a plurality of ports (26, 28a-28d) mounted at said patient support in selective fluid communication with said fluid movement system, said ports being supported at different locations around said patient support surface wherein a user can use the fluid movement system from several locations around the patient without moving the fluid movement system; at least one port of said ports being adapted for coupling to a device for delivering fluid to the device from the fluid movement system or delivering a vacuum pressure to the device from the fluid movement system for suctioning fluid through the device when the device is coupled to said at least one port; and a heating or cooling device for heating or cooling the fluid in said fluid movement system. a patient support surface; a fluid movement system provided at said patient support; a plurality of ports (26, 28a-28d) mounted at said patient support in selective fluid communication with said fluid movement system, said ports being supported at different locations around said patient support surface wherein a user can use the fluid movement system from several locations around the patient without moving the fluid movement system; at least one port of said ports being adapted for coupling to a device for delivering fluid to the device from the fluid movement system or delivering a vacuum pressure to the device from the fluid movement system for suctioning fluid through the device when the device is coupled to said at least one port; and a heating or cooling device for heating or cooling the fluid in said fluid movement system.
Injection apparatus for the injection of a reducing agent into an exhaust gas section of an internal combustion engine, having a compression space, the volume of which can be varied by way of movement of a piston which has a compression space-side region which faces the compression space and an armature-side region which faces away from the compression space, and having an inlet valve (13, 19) which at least one open position, in which it produces a fluid connection between the compression space and an external fluid source which can be connected to a fluid inlet of the injection apparatus, and at least one closed position, in which it disconnects the fluid connection between the compression space and the external fluid source, a check valve being arranged between the fluid inlet and the armature-side region, characterized in that the check valve has an elastic closing element which is set up to be deformed elastically during the closure of the fluid inlet as a consequence of a fluid pressure; and in that, on the side which faces away from the piston, the compression space is delimited by a passive nozzle valve which opens above a sufficiently high fluid pressure in the compression space and allows accumulated fluid to escape into an expansion space which is arranged downstream.
A lithium secondary battery comprising a positive electrode, a negative electrode including a negative electrode current collector, and a separator and an electrolyte interposed between the positive and negative electrodes, wherein: (i) 0.1 to 40% by weight, based on the negative electrode current collector, of metal particles or metalloid particles are formed on the negative electrode current collector, (ii) lithium metal moved from the positive electrode is formed on the negative electrode current collector through charge, and (iii) the negative electrode further comprises a protective layer formed on a surface in contact with the separator, the protective layer comprising a lithium conducting polymer and/or an inorganic solid electrolyte. (i) 0.1 to 40% by weight, based on the negative electrode current collector, of metal particles or metalloid particles are formed on the negative electrode current collector, (ii) lithium metal moved from the positive electrode is formed on the negative electrode current collector through charge, and (iii) the negative electrode further comprises a protective layer formed on a surface in contact with the separator, the protective layer comprising a lithium conducting polymer and/or an inorganic solid electrolyte.
Electric arc furnace multi-layer cooling wall panel, comprising a) a first layer, built of one or more cooling pipes and providing an outer layer of the cooling wall panel when mounted to the industrial furnace, b) a second layer, built of multiple refractory plates with a planar outer surface and arranged to provide a substantially continuous inner layer of the cooling wall panel when mounted to the industrial furnace, wherein c) the refractory plates are fixed at the first layer in a detachable manner and d) said first layer and second layer are arranged in a defined position to each other, with a space between the outer plantar surfaces of the refractory plates and corresponding surface sections of the cooling pipes. a) a first layer, built of one or more cooling pipes and providing an outer layer of the cooling wall panel when mounted to the industrial furnace, b) a second layer, built of multiple refractory plates with a planar outer surface and arranged to provide a substantially continuous inner layer of the cooling wall panel when mounted to the industrial furnace, wherein c) the refractory plates are fixed at the first layer in a detachable manner and d) said first layer and second layer are arranged in a defined position to each other, with a space between the outer plantar surfaces of the refractory plates and corresponding surface sections of the cooling pipes.
Insert (10; 80) adapted to be placed at the gate of an injection molding machine around a tip of a molten material injector, comprising or consisting of: - a cup-shaped first element comprising or consisting of lateral walls that delimit a first opening for housing the injector body, and a bottom centrally provided with a second opening, - a second element, provided with a third central opening having a major dimension that is smaller than that of the second opening, the second element being connectable to said bottom so that the second and third opening are aligned, characterized in that the first element comprises an axis of substantial symmetry (Y1; Y2) that is orthogonal to the bottom and passing through the center of the first and second opening, and the second element is movably connected to the first element so that it can move along said axis and thereby adjust its relative position with respect to the first element. - a cup-shaped first element comprising or consisting of lateral walls that delimit a first opening for housing the injector body, and a bottom centrally provided with a second opening, lateral walls that delimit a first opening for housing the injector body, and a bottom centrally provided with a second opening, - a second element, provided with a third central opening having a major dimension that is smaller than that of the second opening, the second element being connectable to said bottom so that the second and third opening are aligned, characterized in that the first element comprises an axis of substantial symmetry (Y1; Y2) that is orthogonal to the bottom and passing through the center of the first and second opening, and the second element is movably connected to the first element so that it can move along said axis and thereby adjust its relative position with respect to the first element. the second element being connectable to said bottom so that the second and third opening are aligned, characterized in that the first element comprises an axis of substantial symmetry (Y1; Y2) that is orthogonal to the bottom and passing through the center of the first and second opening, and the second element is movably connected to the first element so that it can move along said axis and thereby adjust its relative position with respect to the first element.
A liquid ejecting device that performs printing by ejecting liquid onto a medium within a printing region, the liquid ejecting device comprising: an ejecting unit including a first ejecting unit configured to eject the liquid onto the medium, and a second ejecting unit configured to eject a reaction liquid containing a coagulant for coagulating a component in the liquid onto the medium; a transport unit configured to transport the medium; a jam detector configured to detect a jam of the medium; and a control unit configured to control the ejecting unit and the transport unit, wherein when the jam is detected by the jam detector, the control unit stops the transportation of the medium by the transport unit, and ejects before the jam is released, within the printing region, the liquid, the reaction liquid, or the liquid and the reaction liquid from the first ejecting unit and the second ejecting unit. an ejecting unit including a first ejecting unit configured to eject the liquid onto the medium, and a second ejecting unit configured to eject a reaction liquid containing a coagulant for coagulating a component in the liquid onto the medium; a transport unit configured to transport the medium; a jam detector configured to detect a jam of the medium; and a control unit configured to control the ejecting unit and the transport unit, wherein when the jam is detected by the jam detector, the control unit stops the transportation of the medium by the transport unit, and ejects before the jam is released, within the printing region, the liquid, the reaction liquid, or the liquid and the reaction liquid from the first ejecting unit and the second ejecting unit.
A high strength heat resistant rubber composition having both excellent strength and heat resistance, comprising: 80 to 85 parts by mass of a rubber base material; 5 to 11 parts by mass of attapulgite; 40 to 50 parts by mass of a linear low-density polyethylene; 4 to 6 parts by mass of a ceramic powder; 2 to 6 parts by mass of a cross-linking agent; 5 to 9 parts by mass of a filler; 5 to 9 parts by mass of a cross-linking aid; 8 to 13 parts by mass of rosin; 12 to 16 parts by mass of bismaleimide; and 7 to 12 parts by mass of yttrium oxide. 80 to 85 parts by mass of a rubber base material; 5 to 11 parts by mass of attapulgite; 40 to 50 parts by mass of a linear low-density polyethylene; 4 to 6 parts by mass of a ceramic powder; 2 to 6 parts by mass of a cross-linking agent; 5 to 9 parts by mass of a filler; 5 to 9 parts by mass of a cross-linking aid; 8 to 13 parts by mass of rosin; 12 to 16 parts by mass of bismaleimide; and 7 to 12 parts by mass of yttrium oxide.
A reinforced sandwich structure comprising stacked in height direction thereof, at least one top layer and at least one bottom layer, each of said layers (2,3) comprising a fibrous reinforcing materi which top and bottom layer sandwich between them at least one core comprising at least one core material being a foamed material, the sandwich structure being impregnated with a resin material, characterised in that the at least one core material comprising at least one insert which extends in height direction of the reinforced sandwich structure over at least part of the height thereof and in at least one of the longitudinal and transversal direction thereof, further characterised in that the at least one top layer, the at least one bottom layer and the at least one core material which comprise the at least one insert are connected to each other by means of reinforcing fibers, at least part of which extend in height direction of the sandwich structure and through the core, the top layer and the bottom layer and wherein the at least one insert comprises a core material chosen from the group of metal, foamed metal, plastic material or foamed plastic material each of said materials comprising and/or being enveloped in a fibrous reinforcing material.
A control device for a horological movement which includes, on the one hand, a first part comprising a sliding guide tube intended to be fixed relative to said horological movement, and on the other hand, a second movable part slidably guided by the guide tube in a direction called "axial direction", relative to said first part, between an active position wherein it is able to be integral, by means of an adjustment rod, with a component of the horological movement, and an inactive position wherein said adjustment rod is intended to release the component of the horological movement, said second part comprising a head covering a reversible elastic casing module fixed to the adjustment rod and arranged so as to occupy a rest state when the second part occupies the active and inactive positions and being urged by the guide tube when the second part moves between these positions.
A method for determining whether a subject suffers from a liver dysfunction comprising measuring the binding capacities of gold (Au), copper (Cu), cadmium (cd), L-thyroxine and dansylsarcosine to serum albumin in a sample that has been obtained from the subject wherein said measured binding capacities indicate whether the subject suffers from a liver dysfunction.
A cooling element of copper, provided with water cooling pipes and used particularly in connection with metallurgic furnaces or the like, wherein the cooling element includes a fire surface that facesthe molten metal, suspension or process gas; side surfaces and an outer surface, which surfaces are coated by a corrosion resistant coating, wherein on the fire surface there is embedded a protective layer formed of refractory elements, wherein the boundary surfaces of the fire surface and protective layer of the cooling element are the ones coated with said resistant coating.