mhurhangee/ep-ind-claims huggingface dataset:
A gas exchanger (10; 100) comprising: a gas exchanger housing (12; 102) including an outer wall and a core which defines an inner wall and having a blood inlet (18; 108) for receiving a blood supply and a blood outlet (20; 110), the gas exchanger housing defining a gas exchanger volume; a hollow fiber bundle disposed within the housing (12; 102) between the core and the outer wall, the hollow fiber bundle comprising hollow gas permeable fibers, each fiber having first and second ends and a hollow interior; and a gas inlet compartment for receiving an oxygen supply and directing the oxygen supply to the first ends of the hollow gas permeable fibers; the gas exchanger being characterized in that the gas inlet compartment includes at least one restriction element (32, 34; 132; 250) configured to allow the oxygen supply to reach only a portion of the hollow gas permeable fibers. a gas exchanger housing (12; 102) including an outer wall and a core which defines an inner wall and having a blood inlet (18; 108) for receiving a blood supply and a blood outlet (20; 110), the gas exchanger housing defining a gas exchanger volume; a hollow fiber bundle disposed within the housing (12; 102) between the core and the outer wall, the hollow fiber bundle comprising hollow gas permeable fibers, each fiber having first and second ends and a hollow interior; and a gas inlet compartment for receiving an oxygen supply and directing the oxygen supply to the first ends of the hollow gas permeable fibers; the gas exchanger being characterized in that the gas inlet compartment includes at least one restriction element (32, 34; 132; 250) configured to allow the oxygen supply to reach only a portion of the hollow gas permeable fibers.
A jacket with pockets and removable sleeves for use in hospital settings, characterized by comprising 2 layers of a functional textile material and at least 5 pockets being said pockets two superior front pockets (1,2), two inferior front pockets (3,4) and a back pocket, wherein said jacket also comprises: - a system for closing and opening said jacket and its respective pockets (1,2,3,4,14), and - an elastic system (10,11,12), to better adapt the jacket to the users body, characterized in that the system for closing and opening said jacket and its respective pockets (1,2,3,4,14) comprises water-resistant zippers(1b, 2b, 3b, 4b, 14b)and has a garage (1a, 2a, 3a, 4a, 14a) for hiding and protecting the sliding head of such zippers, and in that the jacket comprises sealed sewing threads, and in that the functional textile material surface of the external layer of the jacket has antimicrobial and semi-permeable properties, and in that the functional textile material surface of the internal layer of the jacket has antimicrobial and anti-static properties. - a system for closing and opening said jacket and its respective pockets (1,2,3,4,14), and - an elastic system (10,11,12), to better adapt the jacket to the users body, characterized in that the system for closing and opening said jacket and its respective pockets (1,2,3,4,14) comprises water-resistant zippers(1b, 2b, 3b, 4b, 14b)and has a garage (1a, 2a, 3a, 4a, 14a) for hiding and protecting the sliding head of such zippers, and in that the jacket comprises sealed sewing threads, and in that the functional textile material surface of the external layer of the jacket has antimicrobial and semi-permeable properties, and in that the functional textile material surface of the internal layer of the jacket has antimicrobial and anti-static properties.
A signaling method, characterized by comprising: sending, by a base station, configuration information to a user equipment, UE, wherein the configuration information includes a cell list receiving no notification about cell reselection from the UE, in case that the UE reselects to a cell within the cell list, storing, by the base station, context information of the UE sending, by a base station, configuration information to a user equipment, UE, wherein the configuration information includes a cell list receiving no notification about cell reselection from the UE, in case that the UE reselects to a cell within the cell list, storing, by the base station, context information of the UE
A connector comprising: a first outer housing defining at least one cavity, said cavity being cylindrical; a first insert disposed in said cavity, said first insert comprising at least: a first cylindrical housing having a front portion and said first housing containing and holding a first ferrule, said first ferrule comprising an end face, at least one alignment hole for receiving an alignment pin defined in said end face, and a fiber-receiving channel for receiving an optical fiber; and an optical fiber disposed in said fiber-receiving channel of said first ferrule, characterized in that said first ferrule has a plurality of fiber-receiving channels for receiving optical fibers; said first ferrule is a first rectilinear multi-fiber ferrule configured with arcuate sides; said cavity defines a first cylindrical cavity which receives said first rectilinear multi-fiber ferule and a second larger cavity which receives said first cylindrical housing, said arcuate sides being received in said first cavity of said first outer housing and conforming to said first cavity; and said front portion of said first cylindrical housing has a mounting slot in which said rectilinear multi-fiber ferrule is slidably secured.
Reinforcement grid (600, 1000) for concrete constructions that has - high-performance filament yarns (610, 1010), arranged in at least one first direction (612, 1012) to a first thread layer (615, 1015), and with - threads (690, 1090) arranged in at least one second direction (611, 1011) to a second thread layer (695, 1095) that differs from the at least one first direction (612, 1012), wherein the two thread layers (615, 1015, 695, 1095) are connected via cross points (680, 1080) to a textile sheet material (650, 1050), wherein - the high-performance filament yarns (610, 1010) have a deformation section (620, 1020), the cross-sections (A, B) of which have a cross-sectional shape and/or a cross-sectional surface that varies in axial direction (614, 1014), - the high-performance filament yarns have, as a deformation section, section-wise a thickening with a rippled, sawtooth-like surface profile that at least partially encases the yarn in axial direction, characterized in that - the ribbing, with regard to the later load application, has a shallow depth at the start of the load application and an increasingly greater depth at the end of the load application. - high-performance filament yarns (610, 1010), arranged in at least one first direction (612, 1012) to a first thread layer (615, 1015), and with - threads (690, 1090) arranged in at least one second direction (611, 1011) to a second thread layer (695, 1095) that differs from the at least one first direction (612, 1012), wherein the two thread layers (615, 1015, 695, 1095) are connected via cross points (680, 1080) to a textile sheet material (650, 1050), - the high-performance filament yarns (610, 1010) have a deformation section (620, 1020), the cross-sections (A, B) of which have a cross-sectional shape and/or a cross-sectional surface that varies in axial direction (614, 1014), - the high-performance filament yarns have, as a deformation section, section-wise a thickening with a rippled, sawtooth-like surface profile that at least partially encases the yarn in axial direction, - the ribbing, with regard to the later load application, has a shallow depth at the start of the load application and an increasingly greater depth at the end of the load application.
A method of performing a random access procedure for random access by a wireless device to a wireless communication system being a narrowband internet of things, "NB-IoT", system, wherein the random access procedure includes multiple messages in sequence, the method performed by the wireless device and comprising: determining a carrier on which a downlink message in the random access procedure is to be received by the wireless device, from amongst multiple different carriers which are configurable as said carrier, based on configuration information received from a radio network node indicating said carrier, wherein the downlink message occurs in the random access procedure subsequent to an initial message in the sequence, and wherein said multiple different carriers include an anchor carrier on which a synchronization signal and/or system information is transmitted, and one or more non anchor carriers that each lacks a synchronization signal and/or system information; and receiving the downlink message on the determined carrier. determining a carrier on which a downlink message in the random access procedure is to be received by the wireless device, from amongst multiple different carriers which are configurable as said carrier, based on configuration information received from a radio network node indicating said carrier, wherein the downlink message occurs in the random access procedure subsequent to an initial message in the sequence, and wherein said multiple different carriers include an anchor carrier on which a synchronization signal and/or system information is transmitted, and one or more non anchor carriers that each lacks a synchronization signal and/or system information; and receiving the downlink message on the determined carrier.
A battery system for controlling charging and discharging operations of a nickel metal hydride battery, the battery system characterized by comprising: a temperature sensor configured to detect a temperature of the nickel metal hydride battery; and a controller configured to limit the charging and discharging operations of the nickel metal hydride battery when a negative electrode reserve capacity of the nickel metal hydride battery is smaller than a target value, acquire the temperature of the nickel metal hydride battery at the time when the nickel metal hydride battery is being charged or discharged and the temperature of the nickel metal hydride battery at the time when the nickel metal hydride battery is not being charged or discharged with the use of the temperature sensor, and calculate the negative electrode reserve capacities corresponding to the acquired temperatures using a correspondence relationship between the temperature of the nickel metal hydride battery and the negative electrode reserve capacity. a temperature sensor configured to detect a temperature of the nickel metal hydride battery; and a controller configured to limit the charging and discharging operations of the nickel metal hydride battery when a negative electrode reserve capacity of the nickel metal hydride battery is smaller than a target value, acquire the temperature of the nickel metal hydride battery at the time when the nickel metal hydride battery is being charged or discharged and the temperature of the nickel metal hydride battery at the time when the nickel metal hydride battery is not being charged or discharged with the use of the temperature sensor, and calculate the negative electrode reserve capacities corresponding to the acquired temperatures using a correspondence relationship between the temperature of the nickel metal hydride battery and the negative electrode reserve capacity. limit the charging and discharging operations of the nickel metal hydride battery when a negative electrode reserve capacity of the nickel metal hydride battery is smaller than a target value, acquire the temperature of the nickel metal hydride battery at the time when the nickel metal hydride battery is being charged or discharged and the temperature of the nickel metal hydride battery at the time when the nickel metal hydride battery is not being charged or discharged with the use of the temperature sensor, and calculate the negative electrode reserve capacities corresponding to the acquired temperatures using a correspondence relationship between the temperature of the nickel metal hydride battery and the negative electrode reserve capacity.
An optical power meter unit, comprising: a transmitting/receiving port configured to connect to a fiber under test; a light source (40, 41); an optical power meter (20, 21); and an optical fiber (28, 100) extending between the transmitting/receiving port and the optical power meter, the optical fiber (28, 100) comprising a core size greater than a core size of the fiber under test; and characterized by an optical branching device (50, 51), wherein the optical fiber (28, 100) extending between the transmitting/receiving port and the optical power meter (20, 21) comprises a first branch of the optical branching device (50, 51), the optical branching device (50, 51) further comprising a second branch extending to the light source (40, 41), wherein a core size of the optical fiber of the second branch is less than the core size of the optical fiber (28, 100) extending between the transmitting/receiving port and the optical power meter (20, 21). a transmitting/receiving port configured to connect to a fiber under test; a light source (40, 41); an optical power meter (20, 21); and an optical fiber (28, 100) extending between the transmitting/receiving port and the optical power meter, the optical fiber (28, 100) comprising a core size greater than a core size of the fiber under test; and characterized by an optical branching device (50, 51), wherein the optical fiber (28, 100) extending between the transmitting/receiving port and the optical power meter (20, 21) comprises a first branch of the optical branching device (50, 51), the optical branching device (50, 51) further comprising a second branch extending to the light source (40, 41), wherein a core size of the optical fiber of the second branch is less than the core size of the optical fiber (28, 100) extending between the transmitting/receiving port and the optical power meter (20, 21).
An apparatus to measure or collect sweat over an extended period of time, comprising at least one sweat stimulation pad (40, 42, 44, 60, 66, 76, 86), and a timing circuity adapted to selectively activate and deactivate said at least one sweat stimulation pad (40, 42, 44, 60, 66, 76, 86) for one or more limited periods of time, characterised in that the apparatus includes an electrical sensor associated with said sweat stimulation pad, said sensor adapted to detect direct or indirect contact between said pad and skin, which permits deactivation of said pad.
Dental fibre in the form of a strip of spun thin glass fibres or polyethylene fibres or polyaramid fibres or combination of such fibres, impregnated with the organic light-cured resin based on methacrylates, wherein the strip has a length (k) corresponding to the length of the upper dental arch in the range from the second molar through the premolars, canine and incisor teeth, to the second molar on the opposite side or the length measured along the curve corresponds to the length of the lower dental arch in the range of the same teeth or the length (k) of the strip corresponds to the length of the dental arch in the range of at least three teeth and the entire strip has, in a side view a linear or curved shape, characterised in that, the strip has a width (b) in the range of 4 to 8 mm, a thickness (d) in the range of 0.05 to 0.8 mm and has semi-elliptical depressions, reflecting outline of the tooth cross-section.
A method of producing a composition comprising an antibody or antibody fragment, wherein the antibody or antibody fragment comprises at least one alkynyl unnatural amino acid, wherein the method comprises incorporating at least one alkynyl unnatural amino acid into the antibody or antibody fragment at a specified position in vivo in a eubacterial cell, which cell comprises an orthogonal aminoacyl-tRNA synthetase (O-RS) that functions in the cell, wherein the O-RS is at least 90% identical to a wild-type Methanococcus jannaschii tyrosyl-tRNA synthetase having the amino acid sequence SEQ ID NO: 2, and the O-RS has an amino acid sequence comprising: (a) alanine, histidine, serine or threonine at a position corresponding to position 32 of SEQ ID NO: 21; (b) alanine, leucine, proline or serine at a position corresponding to position 158 of SEQ ID NO: 21; and (c) alanine, histidine, threonine or proline at a position corresponding to position 162 of SEQ ID NO: 21; and wherein the O-RS preferentially aminoacylates an orthogonal tRNA (O-tRNA) with the alkynyl unnatural amino acid. (a) alanine, histidine, serine or threonine at a position corresponding to position 32 of SEQ ID NO: 21; (b) alanine, leucine, proline or serine at a position corresponding to position 158 of SEQ ID NO: 21; and (c) alanine, histidine, threonine or proline at a position corresponding to position 162 of SEQ ID NO: 21; and
A set of panels comprising a first panel and a second panel, wherein a first edge of the first panel and a second edge of the second are configured to be locked together and assembled by a vertical displacement of the second edge relative the first edge, wherein the first edge comprises a locking element configured to cooperate with a locking groove at the second edge for locking in a horizontal and in the vertical direction, wherein the first edge comprises a tongue configured to cooperate with a tongue groove at the second edge for locking in a vertical direction, wherein the tongue groove has an upper lip and a lower lip, wherein an upper part of the locking element comprises a third guiding surface and a lower edge of the locking groove comprises a fourth guiding surface, which are configured to cooperate during the vertical displacement, characterised in that an upper part of the first edge comprises a first guiding surface and a lower edge of the lower lip comprises a second guiding surface, which are configured to cooperate during the vertical displacement, that a tip of the tongue comprises a fifth guiding surface and a tip of a lower lip of the tongue groove comprises a sixth guiding surface, which are configured to cooperate during the vertical displacement, and that the first guiding surface is a bevel or a rounding of an uppermost part of the first edge. wherein the first edge comprises a locking element configured to cooperate with a locking groove at the second edge for locking in a horizontal and in the vertical direction, wherein the first edge comprises a tongue configured to cooperate with a tongue groove at the second edge for locking in a vertical direction, wherein the tongue groove has an upper lip and a lower lip, wherein an upper part of the locking element comprises a third guiding surface and a lower edge of the locking groove comprises a fourth guiding surface, which are configured to cooperate during the vertical displacement, characterised in that an upper part of the first edge comprises a first guiding surface and a lower edge of the lower lip comprises a second guiding surface, which are configured to cooperate during the vertical displacement, that a tip of the tongue comprises a fifth guiding surface and a tip of a lower lip of the tongue groove comprises a sixth guiding surface, which are configured to cooperate during the vertical displacement, and that the first guiding surface is a bevel or a rounding of an uppermost part of the first edge.
An ostomy appliance, comprising: a pouch, the pouch including a pouch inlet for receiving body waste from a stoma and a pouch outlet portion; wherein a flat output tap is arranged in the outlet portion, the flat output tap having at least one inlet, an outlet, and a lumen providing a path for the body waste to flow out of the pouch, wherein the flat output tap is configured such that a size of the lumen is adjustable; characterised in that the flat output tap is attached to inner surfaces of pouch walls in the pouch outlet portion, and in that the flat output tap is a one-piece tap. a pouch, the pouch including a pouch inlet for receiving body waste from a stoma and a pouch outlet portion; wherein a flat output tap is arranged in the outlet portion, the flat output tap having at least one inlet, an outlet, and a lumen providing a path for the body waste to flow out of the pouch, wherein the flat output tap is configured such that a size of the lumen is adjustable; characterised in that the flat output tap is attached to inner surfaces of pouch walls in the pouch outlet portion, and in that the flat output tap is a one-piece tap.
An aluminum alloy for die casting, consisting of: 3-10 wt% silicon (Si); 0.1-2.0 wt% magnesium (Mg); 0.01-1.3 wt% iron (Fe); 0.01-2.0 wt% zinc (Zn); 0.01-1.5 wt% copper (Cu); 0.01-0.5 wt% manganese (Mn); 0.01-0.5 wt% chrome (Cr); 0.01-2.0 wt% lanthanum (La); 0.01-2.0 wt% cerium (Ce); 0.01-2.0 wt% strontium (Sr); rest aluminum (Al); and less than 0.01 wt% of unavoidable impurities. 3-10 wt% silicon (Si); 0.1-2.0 wt% magnesium (Mg); 0.01-1.3 wt% iron (Fe); 0.01-2.0 wt% zinc (Zn); 0.01-1.5 wt% copper (Cu); 0.01-0.5 wt% manganese (Mn); 0.01-0.5 wt% chrome (Cr); 0.01-2.0 wt% lanthanum (La); 0.01-2.0 wt% cerium (Ce); 0.01-2.0 wt% strontium (Sr); rest aluminum (Al); and less than 0.01 wt% of unavoidable impurities.
Solar operated actuator system (SOAS) comprising - a solar controller of a solar power (Sun) operated actuator system (SOAS), comprising in the solar controller: -- an input for power feed (Inp) from a solar panel (SoPa) for the solar controller powering, -- at least one sensor input in an ensemble of sensor inputs (sein) for providing sensor data to the solar controller, -- a functional connection to control a solar panel (SoPa) produced electricity for an accumulator (Accu) charging, -- a functional connection (CHIF) to control accumulator-laden charge for an actuator (Actu) operation, - an actuator (Actu) to be operated by the accumulator (Accu) laden electricity in the control of the solar controller - an accumulator (Accu) to store and discharge electricity for an actuator (Actu) of the system (SOAS), in the control of said solar controller, - at least one solar panel (SoPa) to provide electricity for charging of the accumulator (Accu) in the control of said solar controller and/or to said solar controller itself, characterised in that the system (SOAS) comprises an ensemble of sensors (sein) arranged to provide environmental measurement data (T,P), (Hum), (If), for the solar controller to be used in the optimization of the actuator (Actu) operation with the accumulator(Accu) laden electricity. - a solar controller of a solar power (Sun) operated actuator system (SOAS), comprising in the solar controller: -- an input for power feed (Inp) from a solar panel (SoPa) for the solar controller powering, -- at least one sensor input in an ensemble of sensor inputs (sein) for providing sensor data to the solar controller, -- a functional connection to control a solar panel (SoPa) produced electricity for an accumulator (Accu) charging, -- a functional connection (CHIF) to control accumulator-laden charge for an actuator (Actu) operation, -- an input for power feed (Inp) from a solar panel (SoPa) for the solar controller powering, -- at least one sensor input in an ensemble of sensor inputs (sein) for providing sensor data to the solar controller, -- a functional connection to control a solar panel (SoPa) produced electricity for an accumulator (Accu) charging, -- a functional connection (CHIF) to control accumulator-laden charge for an actuator (Actu) operation, - an actuator (Actu) to be operated by the accumulator (Accu) laden electricity in the control of the solar controller - an accumulator (Accu) to store and discharge electricity for an actuator (Actu) of the system (SOAS), in the control of said solar controller, - at least one solar panel (SoPa) to provide electricity for charging of the accumulator (Accu) in the control of said solar controller and/or to said solar controller itself, characterised in that the system (SOAS) comprises an ensemble of sensors (sein) arranged to provide environmental measurement data (T,P), (Hum), (If), for the solar controller to be used in the optimization of the actuator (Actu) operation with the accumulator(Accu) laden electricity.