mhurhangee/ep-ind-claims huggingface dataset:
A method for purifying a composition of Gla-forms of Factor IX having different contents of gamma-carboxyglutamic acid to a desired content of gamma-carboxyglutamic acid from a sample comprising a mixture of Gla-forms of said Factor IX having different contents of gammacarboxyglutamic acid, said method comprising the steps of: (a) loading said Factor IX sample onto an immunoaffinity chromatography material coupled to a binding moiety for gamma-carboxyglutamic acid; (b) eluting said Factor IX; and (c) selecting a fraction obtained from said elution wherein Factor IX in the fraction have the desired content of gamma-carboxyglutamic acids; characterised in that the total concentration of Factor IX within said sample exceeds the binding ability of the immunoaffinity chromatography material, and said binding moiety binds to Factor IX in a Ca2+ dependent manner, wherein said method comprises selecting a fraction obtained from said elution which has an increase in the proportion of #1-11-Gla and/or #1-12-Gla forms of Factor IX compared with the proportion of #1-11-Gla and/or #1-12-Gla forms of Factor IX in the sample being purified, and wherein the binding moiety for gamma-carboxyglutamic acid comprises a Gla-directed antibody comprising SEQ ID NOs: 1 and 2. (a) loading said Factor IX sample onto an immunoaffinity chromatography material coupled to a binding moiety for gamma-carboxyglutamic acid; (b) eluting said Factor IX; and (c) selecting a fraction obtained from said elution wherein Factor IX in the fraction have the desired content of gamma-carboxyglutamic acids;
A refrigerator comprising: a first storage chamber and a second storage chamber; a partition wall provided between the first storage chamber and the second storage chamber; an evaporator casing (210, 270) located at a surface of the partition wall and arranged in one of the first storage chamber and the second storage chamber; an evaporator inside the evaporator casing; at least one grill cover (320, 330, 340) located at the evaporator casing (210, 270), and accommodating a blower fan; and at least one support guide located at the at least one grill cover (320, 330) and configured to support a portion of the evaporator, wherein the evaporator comprises refrigerant pipes and fins and a holder is provided at a rear portion of the evaporator, characterized in that the at least one support guide includes a first pipe support configured to support a bent portion of the refrigerant pipes which protrude from the holder. a first storage chamber and a second storage chamber; a partition wall provided between the first storage chamber and the second storage chamber; an evaporator casing (210, 270) located at a surface of the partition wall and arranged in one of the first storage chamber and the second storage chamber; an evaporator inside the evaporator casing; at least one grill cover (320, 330, 340) located at the evaporator casing (210, 270), and accommodating a blower fan; and at least one support guide located at the at least one grill cover (320, 330) and configured to support a portion of the evaporator, wherein the evaporator comprises refrigerant pipes and fins and a holder is provided at a rear portion of the evaporator, characterized in that the at least one support guide includes a first pipe support configured to support a bent portion of the refrigerant pipes which protrude from the holder.
Method for producing a leadframe for an electrical component, wherein the leadframe has an integrated thermal switching device, having the steps forming a spring element from parts of a pre-punched metal sheet, forming a retaining element from parts of the pre- punched metal sheet, forming terminal contacts from parts of the pre-punched metal sheet, folding at least one further part (HS 1) of the pre-punched metal sheet, so that parts (HE, KK) of the pre-punched metal sheet are arranged above one another, connecting the parts that are arranged above one another by means of a thermally softenable means, wherein an electrical connection of the parts arranged above one another is produced.
A tire pressure decrease detection apparatus comprising: a rotation speed information detection unit for detecting rotation speed information of wheels (FL, FR, RL, RR) of a vehicle; a resonance frequency estimate unit for time-series estimating a torsional resonance frequency of the rotation speed information from the rotation speed information obtained by the rotation speed information detection unit; and a judgment unit for judging a decrease in pressure of tires installed in the wheels based on the estimated torsional resonance frequency, wherein the resonance frequency estimate unit includes a noise removal unit for removing a noise superimposed on a wheel speed signal serving as the rotation speed information for each of the wheels characterized in that the noise removal unit uses an active noise control technology. a rotation speed information detection unit for detecting rotation speed information of wheels (FL, FR, RL, RR) of a vehicle; a resonance frequency estimate unit for time-series estimating a torsional resonance frequency of the rotation speed information from the rotation speed information obtained by the rotation speed information detection unit; and a judgment unit for judging a decrease in pressure of tires installed in the wheels based on the estimated torsional resonance frequency, wherein the resonance frequency estimate unit includes a noise removal unit for removing a noise superimposed on a wheel speed signal serving as the rotation speed information for each of the wheels characterized in that the noise removal unit uses an active noise control technology.
Solenoid valve having: - a coil, - a fixed core disposed inside the coil, - a flat movable core disposed outside the coil, bearing a valve gasket, - a flat return spring to urge the movable core into a rest position, the flat spring having a variable stiffness, preferably bearing without embedding on corresponding surfaces of the solenoid valve, the solenoid valve being characterized by the fact that the spring has a central ring and a peripheral ring that are linked by flexible arms that have portions that work in flexion and others that work in torsion during elongation of the spring, the portions that work in torsion being separated from both the central ring and the peripheral ring, in the radial direction, by one or more cut-out portions. - a coil, - a fixed core disposed inside the coil, - a flat movable core disposed outside the coil, bearing a valve gasket, - a flat return spring to urge the movable core into a rest position, the flat spring having a variable stiffness, preferably bearing without embedding on corresponding surfaces of the solenoid valve, the solenoid valve being characterized by the fact that the spring has a central ring and a peripheral ring that are linked by flexible arms that have portions that work in flexion and others that work in torsion during elongation of the spring, the portions that work in torsion being separated from both the central ring and the peripheral ring, in the radial direction, by one or more cut-out portions.
A trim assembly for a shelf, comprising: an inner member defining a flange and a trim boss extending therefrom, wherein the inner member defines a locking feature; an outer member configured to slidably receive the inner member, wherein the outer member defines a notch, wherein the locking feature is configured to form an interlocking connection with the outer member when disposed within the notch; and a frame defining a bottom surface and a cutout, wherein the trim boss is disposed in the cutout, wherein the frame includes: a tab extending from the bottom surface thereof, the trim boss being configured to align with a receiving hole of the tab to receive a fastener and a frame boss extending from the bottom surface thereof and configured to engage with the flange defined by the inner member, the frame defining a cavity for receiving the flange. an inner member defining a flange and a trim boss extending therefrom, wherein the inner member defines a locking feature; an outer member configured to slidably receive the inner member, wherein the outer member defines a notch, wherein the locking feature is configured to form an interlocking connection with the outer member when disposed within the notch; and a frame defining a bottom surface and a cutout, wherein the trim boss is disposed in the cutout, a tab extending from the bottom surface thereof, the trim boss being configured to align with a receiving hole of the tab to receive a fastener and a frame boss extending from the bottom surface thereof and configured to engage with the flange defined by the inner member, the frame defining a cavity for receiving the flange.
A method of receiving a signal by a user equipment, UE, in a time-domain duplexing, TDD,-based wireless communication system, the method comprising: detecting a narrowband physical downlink control channel, NPDCCH; and based on the detection of the NPDCCH, receiving a narrowband physical downlink shared channel, NPDSCH, in a downlink subframe on a carrier, wherein the downlink subframe is a 1 st downlink subframe that follows an uplink subframe, wherein, based on the carrier being in an in-band mode, the NPDSCH is received starting from k th, k>1, orthogonal frequency division multiplexing, OFDM, symbol, including a whole part of the NPDSCH, and wherein, based on the carrier being in a guard-band or stand-alone mode, the NPDSCH is received, with skipping a starting part of the NPDSCH. detecting a narrowband physical downlink control channel, NPDCCH; and based on the detection of the NPDCCH, receiving a narrowband physical downlink shared channel, NPDSCH, in a downlink subframe on a carrier, wherein the downlink subframe is a 1 st downlink subframe that follows an uplink subframe, wherein, based on the carrier being in an in-band mode, the NPDSCH is received starting from k th, k>1, orthogonal frequency division multiplexing, OFDM, symbol, including a whole part of the NPDSCH, and wherein, based on the carrier being in a guard-band or stand-alone mode, the NPDSCH is received, with skipping a starting part of the NPDSCH.
A component handling assembly, comprising: a base member (104,112); an arm pivotably coupled to the base member (104,112); a beam rotatably coupled to the base member (104,112); a counterweight rotatably coupled to a first end (110,122) of the beam; and a coupling assembly coupled to a second end (116,124) of the beam, the coupling assembly being configured for coupling to a component, wherein rotating the counterweight in a first direction (146,156) rotates the beam, the coupling assembly, and the component in a second direction (136,148,158). a base member (104,112); an arm pivotably coupled to the base member (104,112); a beam rotatably coupled to the base member (104,112); a counterweight rotatably coupled to a first end (110,122) of the beam; and a coupling assembly coupled to a second end (116,124) of the beam, the coupling assembly being configured for coupling to a component, wherein rotating the counterweight in a first direction (146,156) rotates the beam, the coupling assembly, and the component in a second direction (136,148,158).
A Nandflash controller, which is configured to perform data transmission with a Nandflash, wherein the Nandflash controller comprises: a parameter configuration device, configured to receive an operation command from outside, wherein the operation command indicates a current transmission type, a number of executions needed for transmitting a precoded amount of data, the precoded amount being the same as the size of a buffer which is located in the Nandflash, and command parameters used by each of the executions; a transmission controlling device, configured to execute transmission of data to/from the Nandflash during each of the executions according to the current transmission type and the command parameters used by this execution, until completing the transmission of the precoded amount of data. a parameter configuration device, configured to receive an operation command from outside, wherein the operation command indicates a current transmission type, a number of executions needed for transmitting a precoded amount of data, the precoded amount being the same as the size of a buffer which is located in the Nandflash, and command parameters used by each of the executions; a transmission controlling device, configured to execute transmission of data to/from the Nandflash during each of the executions according to the current transmission type and the command parameters used by this execution, until completing the transmission of the precoded amount of data.
An intermediate transfer belt comprising: a resin layer, which is a surface layer of the intermediate transfer belt, wherein the resin layer has a concavo-convex pattern formed by spherical resin particles which are independently embedded in the resin layer so that the embedment rate of the spherical resin particles in the thickness direction of the resin layer is higher than 50% but lower than 100%, wherein the spherical resin particles are contained in the resin layer at a uniform state in the thickness direction of the resin layer. a resin layer, which is a surface layer of the intermediate transfer belt, wherein the resin layer has a concavo-convex pattern formed by spherical resin particles which are independently embedded in the resin layer so that the embedment rate of the spherical resin particles in the thickness direction of the resin layer is higher than 50% but lower than 100%, wherein the spherical resin particles are contained in the resin layer at a uniform state in the thickness direction of the resin layer.
A device for tiles (19, 20, 22, 23, 24, 25) levelling and having a device body wherein the device body is provided in its central part with a passage opening inside of which there is a slidingly fitted core of a body provided with a positioning element and a main knob which has a threaded opening whose flange is fixed inside a seat of a holder, characterized in that in corners,, (6"), of the device body there are threaded passage openings,, (7"), for spacer knobs,, (8"), arranged on a square plan, wherein by turning the main knob, the slidingly fitted core moves, which results in the movement of the tiles towards the spacer knobs,, (8"),, whereas in a cross section transversal to their longitudinal axis the passage opening and the core which has a threaded end are in a shape of a polygon or an irregular geometric figure of a contour in a shape of arcs.
A device for dividing a pile (P, P1, P2) of sheet products into packs (M, M1, M2) and for separating said packs from one another, comprising: a feed path for the products along which said products are fed forward, divided into single packs with the interposition of at least one separator finger between one pack and the next; an oscillating support to receive packs of products and tip them onto a conveyor below; a front retaining element which can be inserted and removed with respect to the product feed path to frontally retain the pile of products while the oscillating support performs an oscillation movement and deposits a pack on the conveyor below; characterized in that the frontal retaining element and the oscillating support are arranged and controlled so that each pack positioned on the oscillating support is moved away from the pile, which moves forward along its feed path, by means of a first downwards angular movement of the oscillating support, coordinated with the movement for insertion of the frontal retaining element, which is controlled so that the latter is inserted in the space formed by said first angular movement between the pack on the oscillating support and the subsequent pack.
A high-pressure gas discharge lamp, particularly a motorcar lamp, comprising - a bulb including at least two neck portions and a vacuum-tight discharge vessel of quartz glass, - at least two electrodes (3, 4) projecting into the discharge vessel, and - a filling in the discharge vessel which, in the operating state, is in a discharge state, wherein the discharge vessel encloses a discharge space having a width B below 4 mm and a length C below 8 mm, and the filling comprises NaI, ScI 3, Xe, ZnI 2, and is free of Hg, characterized in that the filling comprises the following components: 45-55 μmol/cm 3 NaI, 7-9 μmol/cm 3 ScI 3, Xe at a filling pressure of approximately 6 bar at room temperature, and 5 to 20 μmol/cm 3 ZnI 2. - a bulb including at least two neck portions and a vacuum-tight discharge vessel of quartz glass, - at least two electrodes (3, 4) projecting into the discharge vessel, and - a filling in the discharge vessel which, in the operating state, is in a discharge state, wherein the discharge vessel encloses a discharge space having a width B below 4 mm and a length C below 8 mm, and the filling comprises NaI, ScI 3, Xe, ZnI 2, and is free of Hg, characterized in that the filling comprises the following components: 45-55 μmol/cm 3 NaI, 7-9 μmol/cm 3 ScI 3, Xe at a filling pressure of approximately 6 bar at room temperature, and 5 to 20 μmol/cm 3 ZnI 2.
Ironing system with a coach, comprising an iron; characterized in that the iron comprises at least one accelerometer; at least one magnetometer; at least one gyroscope; the ironing system further comprising a unit for determining the movement of the iron configured to make use of signals originating from the accelerometer, magnetometer and gyroscope, and calculate one or more from the list comprising a pitch axis, a yaw axis, a roll axis; a multimedia learning system configured in particular to make use of the results originating from the movement determining unit, compare the results with an aim to be achieved for these results, and select a multimedia sequence to be presented to the user depending on the comparison.
A dryer stand, comprising: a seating unit (20, 50) in which a dryer for discharging air for drying can be seated; a base downward spaced apart from the seating unit (20, 50); a side cover exposed to the outside of the dryer stand between the base and the seating unit (20, 50); and a lighting device positioned in an internal space defined by the side cover, characterized in that the dryer stand further comprises a stem supporting the seating unit (20, 50), wherein the stem comprises: a lower plate positioned above the base; and a vertical plate upward extended from the lower plate. a seating unit (20, 50) in which a dryer for discharging air for drying can be seated; a base downward spaced apart from the seating unit (20, 50); a side cover exposed to the outside of the dryer stand between the base and the seating unit (20, 50); and a lighting device positioned in an internal space defined by the side cover, characterized in that the dryer stand further comprises a stem supporting the seating unit (20, 50), wherein the stem comprises: a lower plate positioned above the base; and a vertical plate upward extended from the lower plate. a lower plate positioned above the base; and a vertical plate upward extended from the lower plate.
A fluid cartridge, comprising: a connector shaped and sized to be releasably coupled to a fluid collection device for receiving a fluid from the fluid collection device; a housing coupled to the connector, wherein the housing defines an elongate lumen having a first end portion proximate to the connector and a second end portion opposite to the first end portion, and wherein the first end portion of the lumen is fluidly coupled to the connector for receiving the fluid from the fluid collection device; and multiple porous substrates (16A, 16B, 16C) linearly positioned within the lumen between the first and second end portions, wherein the substrates (16A, 16B, 16C) are spaced apart from one another and out of contact with one another along the lumen, and wherein each of the substrates (16A, 16B, 16C) is configured to sequentially collect at least a portion of the fluid received from the fluid collection device. a connector shaped and sized to be releasably coupled to a fluid collection device for receiving a fluid from the fluid collection device; a housing coupled to the connector, wherein the housing defines an elongate lumen having a first end portion proximate to the connector and a second end portion opposite to the first end portion, and wherein the first end portion of the lumen is fluidly coupled to the connector for receiving the fluid from the fluid collection device; and multiple porous substrates (16A, 16B, 16C) linearly positioned within the lumen between the first and second end portions, wherein the substrates (16A, 16B, 16C) are spaced apart from one another and out of contact with one another along the lumen, and wherein each of the substrates (16A, 16B, 16C) is configured to sequentially collect at least a portion of the fluid received from the fluid collection device.
Aircraft seat device with at least one seat bottom, which is adjustable between a TTL position and a lie-down position, wherein for an adjustment between the TTL position and the lie-down position a front edge of the seat bottom comprises a traversing path component of at least 450 mm parallel to a mounting plane, characterised in that for the adjustment between the TTL position and the lie-down position as well as in the positions in-between, the aircraft seat device comprises two actuators (92, 94), and comprises a first linearly displaceable slide, which is oriented parallel to the mounting plane as well as a second slide, which is arranged displaceably in a displacement plane, wherein the second slide is mounted on the first slide in a displaceable manner, wherein the seat bottom is fixedly arranged on the second slide, wherein the first actuator is configured for an adjustment of the first slide and the second actuator is configured for an adjustment of the second slide, and wherein the two slides (30, 34) are displaceable independently from each other by the actuators (92, 94).
A display apparatus (1,1') comprising: a display panel comprising a first opening portion and a display area at least partially surrounding the first opening portion; a cushion layer under the display panel and comprising a second opening portion, the second opening portion overlapping the first opening portion and having a planar size smaller than a planar size of the first opening portion; a supporting member (300, 300') in the first opening portion above the cushion layer; and a cover window supported by the supporting member (300, 300') and arranged above the display panel, wherein a planar size of the supporting member (300, 300') is greater than the planar size of the second opening portion and smaller than the planar size of the first opening portion. a display panel comprising a first opening portion and a display area at least partially surrounding the first opening portion; a cushion layer under the display panel and comprising a second opening portion, the second opening portion overlapping the first opening portion and having a planar size smaller than a planar size of the first opening portion; a supporting member (300, 300') in the first opening portion above the cushion layer; and a cover window supported by the supporting member (300, 300') and arranged above the display panel, wherein a planar size of the supporting member (300, 300') is greater than the planar size of the second opening portion and smaller than the planar size of the first opening portion.