mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a base station (1100, 1110, 1120) for transmitting a demodulation reference signal, DMRS, of a base station in a communication system, the method comprising: transmitting, to a terminal (1000, 1010, 1020), DMRS configuration information via radio resource control, RRC signaling, the DMRS configuration information including information indicating a DMRS pattern and information associated with an extended DMRS; transmitting, to the terminal, downlink control information, DCI, for downlink data; and transmitting, to the terminal, the downlink data and the DMRS according to the DMRS configuration information, wherein a number of DMRS subcarriers in an orthogonal frequency division multiplexing, OFDM, symbol is determined according to the indicated DMRS pattern, and wherein the information indicating the DMRS pattern indicates whether a first DMRS pattern for supporting up to 8 DMRS antenna ports or a second DMRS pattern for supporting up to 12 DMRS antenna ports is used. transmitting, to a terminal (1000, 1010, 1020), DMRS configuration information via radio resource control, RRC signaling, the DMRS configuration information including information indicating a DMRS pattern and information associated with an extended DMRS; transmitting, to the terminal, downlink control information, DCI, for downlink data; and transmitting, to the terminal, the downlink data and the DMRS according to the DMRS configuration information, wherein a number of DMRS subcarriers in an orthogonal frequency division multiplexing, OFDM, symbol is determined according to the indicated DMRS pattern, and wherein the information indicating the DMRS pattern indicates whether a first DMRS pattern for supporting up to 8 DMRS antenna ports or a second DMRS pattern for supporting up to 12 DMRS antenna ports is used.
Breathing apparatus equipment, comprising: a manifold having a manifold inlet port for a source of breathable gas and at least one manifold outlet port (44, 46) for delivering breathable gas to a user; a strap arranged to be worn by the user; and a holder coupled to the strap; characterised in that the holder has a socket which is configured such that the manifold can be removably located within the socket in multiple orientations. a manifold having a manifold inlet port for a source of breathable gas and at least one manifold outlet port (44, 46) for delivering breathable gas to a user; a strap arranged to be worn by the user; and a holder coupled to the strap; characterised in that the holder has a socket which is configured such that the manifold can be removably located within the socket in multiple orientations.
A method for producing a release base paper, the method comprising a. manufacturing a release base paper with a paper-making furnish having a fiber freeness of 180 ml or higher; b. pressing the furnish into a web of paper; c. drying the pressed web; and d. calendering the web to form a release base paper e. wherein the release base paper is manufactured with nano-fibrillated cellulose added to the release base paper by means of at least one of: (i) incorporation into the furnish at a loading concentration of from about 50 (25 g/kg) to about 150 lbs/ton (75 g/kg); and (ii) coating on the web of paper at a coating rate of about 0.2 to about 12 g/m 2. a. manufacturing a release base paper with a paper-making furnish having a fiber freeness of 180 ml or higher; b. pressing the furnish into a web of paper; c. drying the pressed web; and d. calendering the web to form a release base paper e. wherein the release base paper is manufactured with nano-fibrillated cellulose added to the release base paper by means of at least one of: (i) incorporation into the furnish at a loading concentration of from about 50 (25 g/kg) to about 150 lbs/ton (75 g/kg); and (ii) coating on the web of paper at a coating rate of about 0.2 to about 12 g/m 2.
A system (100; 200) for detecting one or more objects in the seabed, the system comprising: a mounting structure, wherein the mounting structure is intended for mechanically coupling a signal source and a plurality of receivers to a vessel or to a propulsion unit; the signal source mechanically coupled to the mounting structure and configured to emit at least one acoustic signal towards the seabed, wherein a wavelength of the acoustic signal is adapted to an expected size of the one or more objects, such that the wavelength of the acoustic signal corresponds to at least 10% of the expected size and at most 1000% of the expected size of the one or more objects; the plurality of receivers mechanically coupled to the mounting structure, wherein a distance between adjacent receivers is at most as large as half the wavelength of the acoustic signal, wherein the plurality of receivers is configured to generate a receiver signal based on a scattering of the at least one acoustic signals at the one or more objects; and a processing module configured to detect the one or more objects based on the receiver signal, wherein the detection of the one or more objects is based on the scattering of the at least one acoustic signal at the one or more objects. a mounting structure, wherein the mounting structure is intended for mechanically coupling a signal source and a plurality of receivers to a vessel or to a propulsion unit; the signal source mechanically coupled to the mounting structure and configured to emit at least one acoustic signal towards the seabed, wherein a wavelength of the acoustic signal is adapted to an expected size of the one or more objects, such that the wavelength of the acoustic signal corresponds to at least 10% of the expected size and at most 1000% of the expected size of the one or more objects; the plurality of receivers mechanically coupled to the mounting structure, wherein a distance between adjacent receivers is at most as large as half the wavelength of the acoustic signal, wherein the plurality of receivers is configured to generate a receiver signal based on a scattering of the at least one acoustic signals at the one or more objects; and a processing module configured to detect the one or more objects based on the receiver signal, wherein the detection of the one or more objects is based on the scattering of the at least one acoustic signal at the one or more objects.
A rare-earth magnet comprising a magnet body containing a rare-earth element and a transition element other than the rare-earth element, and a protective layer formed on a surface of the magnet body, wherein the protective layer having a first layer covering the magnet body and containing a rare-earth element, and a second layer covering the first layer, and containing no rare-earth element or containing a rare-earth element by an amount smaller than that in the first layer, wherein the first layer contains the rare-earth element, the transition element, and oxygen; and wherein the second layer contains the transition element and oxygen.
A numerically controlled multi-spindle lathe comprising: a bearing structure with a base extending according to a first translation axis; a plurality of pairs of turning members (13, 15) for rotating workpieces, each pair comprising a center and a tailstock that are coaxial with each other and define a respective rotation axis of the workpieces; wherein each center is motorized; and wherein the distance between the centers and the tailstocks is adjustable; a first carriage guided on first guides integral with the base and extending in the direction of the first translation axis; wherein the first carriage is provided with a numerically controlled movement along the first translation axis; a second carriage, supported by the first carriage and movable with a numerically controlled movement with respect to the first carriage, on second guides, in the direction of a second translation axis, orthogonal to the first translation axis; and a plurality of spindles with parallel axes, carried by the second carriage and adapted to rotate tools configured to work simultaneously workpieces mounted between the centers and the tailstocks; wherein the first translation axis and the second translation axis are horizontal, and wherein the centers and the tailstocks define a plurality of rotation axes for the workpieces lying on a vertical plane parallel to the first translation axis and orthogonal to the second translation axis; and characterized in that the spindles, the centers and tailstocks are so configured and arranged that the workpieces are machined with the rotation axes of the tools and of the spindles parallel to the rotation axes of the centers and of the tailstocks. a bearing structure with a base extending according to a first translation axis; a plurality of pairs of turning members (13, 15) for rotating workpieces, each pair comprising a center and a tailstock that are coaxial with each other and define a respective rotation axis of the workpieces; wherein each center is motorized; and wherein the distance between the centers and the tailstocks is adjustable; a first carriage guided on first guides integral with the base and extending in the direction of the first translation axis; wherein the first carriage is provided with a numerically controlled movement along the first translation axis; a second carriage, supported by the first carriage and movable with a numerically controlled movement with respect to the first carriage, on second guides, in the direction of a second translation axis, orthogonal to the first translation axis; and a plurality of spindles with parallel axes, carried by the second carriage and adapted to rotate tools configured to work simultaneously workpieces mounted between the centers and the tailstocks;
An automatic driving vehicle control method of controlling an automatic driving vehicle, the method comprising: detecting a level of interest of an occupant in a travel state of the automatic driving vehicle when the level of interest is higher than a predetermined reference value, adjusting driving characteristics in automatic driving depending on the level of interest (S14, S15), characterized by the detecting the level of interest being based on a line of sight of the occupant viewing another vehicle in surroundings of the automatic driving vehicle; and the adjusting the driving characteristics in automatic driving depending on the level of interest being between driving characteristics of the occupant in manual driving, when the occupant manually drives the automatic driving vehicle, and driving characteristics depending on a surrounding state of the automatic driving vehicle, such that the higher the level of interest is, the closer the set driving characteristics are to the driving characteristics in the manual driving, when the level of interest is higher than the predetermined reference value. detecting a level of interest of an occupant in a travel state of the automatic driving vehicle when the level of interest is higher than a predetermined reference value, adjusting driving characteristics in automatic driving depending on the level of interest (S14, S15), characterized by the detecting the level of interest being based on a line of sight of the occupant viewing another vehicle in surroundings of the automatic driving vehicle; and the adjusting the driving characteristics in automatic driving depending on the level of interest being between driving characteristics of the occupant in manual driving, when the occupant manually drives the automatic driving vehicle, and driving characteristics depending on a surrounding state of the automatic driving vehicle, such that the higher the level of interest is, the closer the set driving characteristics are to the driving characteristics in the manual driving, when the level of interest is higher than the predetermined reference value.
Tank including at least one enclosure and a plurality of equipment units (30, 30', 30") positioned in the enclosure, the enclosure including a tubular body having open first and second ends (24.1, 24.2) and first and second end walls (26.1, 26.2) connected to the first and second ends (24.1, 24.2), the tank including at least one equipment support to which are connected the equipment units (30, 30', 30") positioned in the enclosure and connected to the enclosure, - the equipment support has a first end (34.1) connected to the first end wall (26.1) of the enclosure by at least one built-in first connection, the equipment support being connected in a rigid manner to the first end wall (26.1); - the equipment support has a second end (34.2) connected to the second end wall (26.2) of the enclosure by at least one second connection; and characterized in that - the second connection is a sliding and pivoting connection configured to enable the equipment support to move in translation relative to the tubular body and to the second end wall (26.2) in an introduction direction and to pivot relative to the tubular body and to the second end wall (26.2) about an axis parallel to the direction of introduction. - the equipment support has a first end (34.1) connected to the first end wall (26.1) of the enclosure by at least one built-in first connection, the equipment support being connected in a rigid manner to the first end wall (26.1); - the equipment support has a second end (34.2) connected to the second end wall (26.2) of the enclosure by at least one second connection; and characterized in that - the second connection is a sliding and pivoting connection configured to enable the equipment support to move in translation relative to the tubular body and to the second end wall (26.2) in an introduction direction and to pivot relative to the tubular body and to the second end wall (26.2) about an axis parallel to the direction of introduction.
A ceramic heater-type glow plug comprising: a ceramic heater;, a metallic outer sleeve one end portion of which holds the ceramic heater and the other end portion of which is fixed in an inner hole of a housing; an electrode lead-out member which is connected to one electrode of the ceramic heater in the inside of the metallic outer sleeve; and an insulating material having a high rigidity which is filled in the metallic outer sleeve as a sealing material and fixes the electrode lead-out member in the metallic outer sleeve, characterized in that a granulated powder made of an inorganic insulating material having a low rigidity is filled around a connecting portion of the ceramic heater and the electrode lead-out member. a ceramic heater;, a metallic outer sleeve one end portion of which holds the ceramic heater and the other end portion of which is fixed in an inner hole of a housing; an electrode lead-out member which is connected to one electrode of the ceramic heater in the inside of the metallic outer sleeve; and an insulating material having a high rigidity which is filled in the metallic outer sleeve as a sealing material and fixes the electrode lead-out member in the metallic outer sleeve, characterized in that a granulated powder made of an inorganic insulating material having a low rigidity is filled around a connecting portion of the ceramic heater and the electrode lead-out member.
Circuit breaker comprising at least one ejection device (8, 9; 80, 90) comprising an arc-extinction medium (18; 18a, 18b) and/or exhaust-cooling medium (18; 18a, 18b) for improving circuit breaker operation, and in particular an arc-extinction medium (18; 18a, 18b) for improving extinction of an arc formed during a breaker operation, wherein the arc-extinction medium and/or exhaust-cooling medium (18; 18a, 18b) comprises an organofluorine compound having a boiling point T b at 1 bar higher than -60°C and being selected from the group consisting of: a fluoroether; a fluoroamine; a fluoroketone; and mixtures thereof.
An apparatus for mixing a liquid and a substance, comprising a housing having a mixing chamber, a first inlet to the mixing chamber, for conveying the liquid into the mixing chamber, a second inlet to the mixing chamber, for conveying the substance into the mixing chamber, an outlet, for conveying a mixture of the liquid and the substance out from the mixing chamber, and a flow restrictor arranged in the housing, between the first inlet and the mixing chamber, wherein the flow restrictor is controllable to switch between a first position providing a first through flow area configured to create a Venturi effect such that a flow of the liquid draws the substance into the mixing chamber, and a second position providing a second through flow area that is larger than the first through flow area to thereby decrease a pressure drop caused by the flow restrictor, wherein the flow restrictor comprises a first protrusion that extends into a first opening in the housing, and a second protrusion that extends into a second opening in the housing, such that the housing supports the flow restrictor, characterized in that the housing comprises a first housing part and a second housing part that are connected to each other at a respective connection surface (127, 128), the first housing part and the second housing part being two distinct parts that are separable from each other when the connection between them is released, and the first opening is arranged in the first housing part and the second opening is arranged in the second housing part.
A method for transmitting and receiving data by a first near field communication, NFC, device in NFC environment, the method comprising: writing a first NFC data exchange format, NDEF, record including first control information into an NFC tag, wherein a value of a direction flag included in the first control information indicates that the first NDEF record in the NFC tag is sent from the first NFC device to a second NFC device; and reading a second NDEF record including second control information from the NFC tag, wherein a value of a direction flag included in the second control information indicates that the second NDEF record in the NFC tag is sent from the second NFC device to the first NFC device. writing a first NFC data exchange format, NDEF, record including first control information into an NFC tag, wherein a value of a direction flag included in the first control information indicates that the first NDEF record in the NFC tag is sent from the first NFC device to a second NFC device; and reading a second NDEF record including second control information from the NFC tag, wherein a value of a direction flag included in the second control information indicates that the second NDEF record in the NFC tag is sent from the second NFC device to the first NFC device.
Tooling for making slots in a multistage disk by electrochemical machining, characterized in that it comprises at least a first ring and a second ring, each arranged coaxially about an axis of the disk, and configured to act as a cathode for machining a respective one of two stages of different diameters of the disk, each ring having an inside periphery with a plurality of radial machining projections, the first and second rings being rigidly secured to each other.
A radiopaque stent, comprising: a cylindrical main body comprising a cobalt-based alloy including cobalt, chromium and one or more platinum group metals selected from the group consisting of platinum, palladium, rhodium, iridium, osmium, ruthenium, silver and gold the cobalt-based alloy being substantially free of nickel and comprising no more than about 20 percent by weight iron; wherein the cobalt-based alloy comprises from about 18 weight percent to about 39 weight percent cobalt, from about 10 weight percent to about 25 weight percent chromium, from about 40 weight percent to about 65 weight percent platinum, and wherein the alloy is substantially free of molybdenum. a cylindrical main body comprising a cobalt-based alloy including cobalt, chromium and one or more platinum group metals selected from the group consisting of platinum, palladium, rhodium, iridium, osmium, ruthenium, silver and gold the cobalt-based alloy being substantially free of nickel and comprising no more than about 20 percent by weight iron; wherein the cobalt-based alloy comprises from about 18 weight percent to about 39 weight percent cobalt, from about 10 weight percent to about 25 weight percent chromium, from about 40 weight percent to about 65 weight percent platinum, and wherein the alloy is substantially free of molybdenum.
Activated carbon fiber for use in a method of treating or preventing kidney diseases or dialysis complications, wherein the activated carbon fiber is administered orally and the method comprises the adsorption of uremic toxins by the activated carbon fiber.
A method, comprising: selecting, by a particular node in a shared-media communication network, a primary node in the shared-media communication network toward a destination; determining a frequency-hopping schedule of the primary node; and determining one or more backup nodes (22, 23) for the primary node, based on a frequency-hopping schedule diversity between the primary node and the one or more backup nodes (22, 23). selecting, by a particular node in a shared-media communication network, a primary node in the shared-media communication network toward a destination; determining a frequency-hopping schedule of the primary node; and determining one or more backup nodes (22, 23) for the primary node, based on a frequency-hopping schedule diversity between the primary node and the one or more backup nodes (22, 23).