mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: one or more supports; a movable platform slidingly coupled to the one or more supports and configured to be selectively moved towards a drill floor during a tripping-in operation and away from the drill floor during a tripping out operation as part of a continuous tripping operation; and a tripping apparatus comprising a roughneck disposed on the movable platform and configured to make up or break out a threaded joint between a first tubular segment and a second tubular segment, wherein the tripping apparatus is configured to be selectively movable along the movable platform from a first position disposed adjacent to the one or more supports and a second position disposed adjacent to the first tubular segment and the second tubular segment to make up the threaded joint when the tripping apparatus is disposed in the second position during the tripping-in operation or to break out the threaded joint when the tripping apparatus is disposed in the second position during the tripping-out operation. one or more supports; a movable platform slidingly coupled to the one or more supports and configured to be selectively moved towards a drill floor during a tripping-in operation and away from the drill floor during a tripping out operation as part of a continuous tripping operation; and a tripping apparatus comprising a roughneck disposed on the movable platform and configured to make up or break out a threaded joint between a first tubular segment and a second tubular segment, wherein the tripping apparatus is configured to be selectively movable along the movable platform from a first position disposed adjacent to the one or more supports and a second position disposed adjacent to the first tubular segment and the second tubular segment to make up the threaded joint when the tripping apparatus is disposed in the second position during the tripping-in operation or to break out the threaded joint when the tripping apparatus is disposed in the second position during the tripping-out operation.
A melanocortin receptor-4 antagonist for use in the therapeutic treatment of a tumor pathology selected from the group consisting of melanoma, tumors of the gastrointestinal tract and thyroid carcinoma, said antagonist having the general formula or pharmaceutically acceptable salts and esters thereof, wherein R and R 2 are independently a halogen atom; and R 1 is a C 1 -C 4 alkyl group. R and R 2 are independently a halogen atom; and R 1 is a C 1 -C 4 alkyl group.
Transport device of a textile machine comprising: - at least one drafting roller; - a wiper group comprising: - a pair of supports, each having a seat; - a band extending mainly along the rotation axis of the drafting roller, able to lie against the surface of the drafting roller, at least partially lodged in said seats, wherein the supports are supported in an oscillating manner to absorb the interference on the band of the residues accumulated on the drafting roller; - a pair of flanges attached to the body of the textile machine, said supports being respectively hinged to the flange, distanced along the rotation axis of the drafting roller; characterised in that said at least one drafting roller is coupled to a pressure roller and in that said band is lodged in the seats of said supports with play in the direction of the thickness inside the seat. - at least one drafting roller; - a wiper group comprising: - a pair of supports, each having a seat; - a band extending mainly along the rotation axis of the drafting roller, able to lie against the surface of the drafting roller, at least partially lodged in said seats, wherein the supports are supported in an oscillating manner to absorb the interference on the band of the residues accumulated on the drafting roller; - a pair of flanges attached to the body of the textile machine, said supports being respectively hinged to the flange, distanced along the rotation axis of the drafting roller; characterised in that said at least one drafting roller is coupled to a pressure roller and in that said band is lodged in the seats of said supports with play in the direction of the thickness inside the seat. - a pair of supports, each having a seat; - a band extending mainly along the rotation axis of the drafting roller, able to lie against the surface of the drafting roller, at least partially lodged in said seats, wherein the supports are supported in an oscillating manner to absorb the interference on the band of the residues accumulated on the drafting roller; - a pair of flanges attached to the body of the textile machine, said supports being respectively hinged to the flange, distanced along the rotation axis of the drafting roller; characterised in that said at least one drafting roller is coupled to a pressure roller and in that said band is lodged in the seats of said supports with play in the direction of the thickness inside the seat.
Adjustment means for a vehicle seat, having a seat part and a backrest which alters the angle of inclination of a backrest relative to a seat part and which has a seat part fitting which can be connected to the seat part and a backrest fitting which can be connected to the backrest, and the fittings (3, 6) comprise stops (4a, 4b, 5a, 5b) which limit the adjustment range of the backrest relative to the seat part, wherein the adjustment range is provided to be adjustable, characterized in that at least one of the stops (4a, 4b, 5a, 5b) - has a first stop surface and a second stop surface (4.5, 4.6); and - has two different limiting regions (4.1, 4.2); and - is provided to be able to be dismantled, rotated by 180° and remounted. - has a first stop surface and a second stop surface (4.5, 4.6); and - has two different limiting regions (4.1, 4.2); and - is provided to be able to be dismantled, rotated by 180° and remounted.
A personalization component in a touchscreen-enabled device that supports custom gestures, the personalization component comprising: a gesture processor configured to detect whether a user interaction on a touchscreen is one of a set of custom gestures and determine a behavior that is associated with the detected custom gesture, each custom gesture being a user-defined interaction on the touchscreen, wherein the detected custom gesture is defined based on a drawing sequence, wherein the behavior is associated with a set of operations that are related but distinguished based on context; a personality adapter configured to select an appropriate operation from the set of operations associated with the behavior based on policies for the behavior, wherein the policies determine the selected operation based on at least one of the associated behavior, the current application, and the context of the current application; and a behavior repository stored in a memory, the behavior repository configured to store the set of custom gestures, associated behaviors, and the policies for the associated behaviors. a gesture processor configured to detect whether a user interaction on a touchscreen is one of a set of custom gestures and determine a behavior that is associated with the detected custom gesture, each custom gesture being a user-defined interaction on the touchscreen, wherein the detected custom gesture is defined based on a drawing sequence, wherein the behavior is associated with a set of operations that are related but distinguished based on context; a personality adapter configured to select an appropriate operation from the set of operations associated with the behavior based on policies for the behavior, wherein the policies determine the selected operation based on at least one of the associated behavior, the current application, and the context of the current application; and a behavior repository stored in a memory, the behavior repository configured to store the set of custom gestures, associated behaviors, and the policies for the associated behaviors.
A method of decoding video from a bitstream of encoded video using a video decoder, the video including a picture partitioned into coding units, the method comprising: for one of the coding units, decoding, from the bitstream, a chroma-low-fidelity flag associated with that coding unit and associated with a chroma video component; if the chroma-low-fidelity flag is set, then determining a chroma quantization parameter for the chroma video component based upon a luma quantization parameter and a low-fidelity-mode offset; if the chroma-low-fidelity flag is not set, then determining the chroma quantization parameter for the chroma video component based upon the luma quantization parameter without using the low-fidelity-mode offset; dequantizing decoded coefficients of the chroma video component for that coding unit, based upon the chroma quantization parameter, to produce dequantized coefficients; wherein decoding the chroma-low- fidelity flag comprises decoding the chroma-low-fidelity flag from a coding unit header associated with said one of the coding units, and wherein the low-fidelity-mode offset is decoded from a picture parameter set or a sequence parameter set. decoding, from the bitstream, a chroma-low-fidelity flag associated with that coding unit and associated with a chroma video component; if the chroma-low-fidelity flag is set, then determining a chroma quantization parameter for the chroma video component based upon a luma quantization parameter and a low-fidelity-mode offset; if the chroma-low-fidelity flag is not set, then determining the chroma quantization parameter for the chroma video component based upon the luma quantization parameter without using the low-fidelity-mode offset; dequantizing decoded coefficients of the chroma video component for that coding unit, based upon the chroma quantization parameter, to produce dequantized coefficients; wherein decoding the chroma-low- fidelity flag comprises decoding the chroma-low-fidelity flag from a coding unit header associated with said one of the coding units, and wherein the low-fidelity-mode offset is decoded from a picture parameter set or a sequence parameter set.
A silver impregnation solution comprising: (i) silver ions, (ii) a silver concentration enhancer selected from at least one ammonium salt having an anionic component that is thermally decomposable, or at least one amino acid, or a combination thereof, said ammonium salt being selected from ammonium carboxylates, ammonium carbonate, ammonium bicarbonate, ammonium nitrate, ammonium phosphate, diammonium hydrogen phosphate, and ammonium dihydrogen phosphate; (iii) at least one organic amine; and (iv) water; wherein said components (i)-(iii) are dissolved in said impregnation solution, and wherein said silver impregnation solution contains silver in a concentration of at least 33 wt%. (i) silver ions, (ii) a silver concentration enhancer selected from at least one ammonium salt having an anionic component that is thermally decomposable, or at least one amino acid, or a combination thereof, said ammonium salt being selected from ammonium carboxylates, ammonium carbonate, ammonium bicarbonate, ammonium nitrate, ammonium phosphate, diammonium hydrogen phosphate, and ammonium dihydrogen phosphate; (iii) at least one organic amine; and (iv) water;
An inductor for induction welding of a packaging material having at least one layer of metal foil, the inductor comprising a welding surface configured to be arranged opposite the packaging material for heating thereof, and at least one spacing element (103, 103', 103", 103′′′) arranged to protrude from the welding surface in a first direction towards the packaging material, when the packaging material is arranged opposite the welding surface, whereupon the least one spacing element separates the packaging material from the welding surface by an off-set distance, and wherein the at least one spacing element comprises at least one roller (103, 103', 103", 103"') being pivotally fixed to the inductor and being rotatable around a rotational axis, whereby the at least one roller is configured to convey the packaging material across the welding surface at the off-set distance. a welding surface configured to be arranged opposite the packaging material for heating thereof, and at least one spacing element (103, 103', 103", 103′′′) arranged to protrude from the welding surface in a first direction towards the packaging material, when the packaging material is arranged opposite the welding surface, whereupon the least one spacing element separates the packaging material from the welding surface by an off-set distance, and wherein the at least one spacing element comprises at least one roller (103, 103', 103", 103"') being pivotally fixed to the inductor and being rotatable around a rotational axis, whereby the at least one roller is configured to convey the packaging material across the welding surface at the off-set distance.
Method for sorting aluminium packages (1, 34) in which - an aluminium package is provided, in which flat aluminium alloy scrap pieces are pressed, - a material property is measured at the surface of the aluminium package (1, 34), - the aluminium package (1, 34) is sorted according to the previously determined material property. - an aluminium package is provided, in which flat aluminium alloy scrap pieces are pressed, - a material property is measured at the surface of the aluminium package (1, 34), - the aluminium package (1, 34) is sorted according to the previously determined material property.
A waveguide for a loudspeaker, the waveguide comprising: an outer shell (208a, 208b); and an inner shell (210a, 210b) coupled to the outer shell (208a, 208b), a first end of the inner shell (210a, 210b) and a first end of the outer shell (208a, 208b) forming a first continuous ring defining a periphery of an inlet opening to an air gap between an interior surface (902, 908) of the outer shell (208a, 208b) and an exterior surface (904, 910) of the inner shell (210a, 210b), a second, opposite end of the inner shell (210a, 210b) and a second, opposite end of the outer shell (208a, 208b) forming a generally rectangular area defining a periphery of an outlet opening (221a, 221b; 304) of the air gap, each of a plurality of three-dimensional paths between virtual points at the inlet opening of the air gap and virtual points at the outlet opening (221a, 221b; 304) of the air gap having a substantially equal path length, characterized in that the inner shell (210a, 210b) and the outer shell (208a, 208b) are two separate parts, wherein the outer shell comprises a first and a second outer shell (208a, 208b) that are coupled to one another, and the inner shell comprises a first and a second inner shell (210a, 201b) that are coupled to one another. an outer shell (208a, 208b); and an inner shell (210a, 210b) coupled to the outer shell (208a, 208b), a first end of the inner shell (210a, 210b) and a first end of the outer shell (208a, 208b) forming a first continuous ring defining a periphery of an inlet opening to an air gap between an interior surface (902, 908) of the outer shell (208a, 208b) and an exterior surface (904, 910) of the inner shell (210a, 210b), a second, opposite end of the inner shell (210a, 210b) and a second, opposite end of the outer shell (208a, 208b) forming a generally rectangular area defining a periphery of an outlet opening (221a, 221b; 304) of the air gap, each of a plurality of three-dimensional paths between virtual points at the inlet opening of the air gap and virtual points at the outlet opening (221a, 221b; 304) of the air gap having a substantially equal path length, characterized in that the inner shell (210a, 210b) and the outer shell (208a, 208b) are two separate parts, wherein the outer shell comprises a first and a second outer shell (208a, 208b) that are coupled to one another, and the inner shell comprises a first and a second inner shell (210a, 201b) that are coupled to one another.
A scroll compressor comprising: a suction chamber into which a refrigerant is introduced from outside the compressor; a compression chamber, formed by a stationary scroll and a swivel scroll, to compress the introduced refrigerant; a discharge chamber into which the compressed refrigerant is discharged; a first middle pressure region communicating with the compression chamber at a first location; a second middle pressure region communicating with the compression chamber at a second location different from the first location; a back pressure chamber formed at the rear of the swivel scroll to apply pressure to the swivel scroll; and a back pressure adjustment device to control the back pressure chamber to communicate with either the first middle pressure region or the second middle pressure region, based on a compression ratio. a suction chamber into which a refrigerant is introduced from outside the compressor; a compression chamber, formed by a stationary scroll and a swivel scroll, to compress the introduced refrigerant; a discharge chamber into which the compressed refrigerant is discharged; a first middle pressure region communicating with the compression chamber at a first location; a second middle pressure region communicating with the compression chamber at a second location different from the first location; a back pressure chamber formed at the rear of the swivel scroll to apply pressure to the swivel scroll; and a back pressure adjustment device to control the back pressure chamber to communicate with either the first middle pressure region or the second middle pressure region, based on a compression ratio.
A fuel cell separator (14, 16), for contacting a membrane electrode assembly including electrodes (26, 28) and an electrolyte membrane interposed between the electrodes (26, 28), an outer end of the fuel cell separator (14, 16) being formed integrally with a seal member (40, 42), and a fluid passage being formed in a surface of the fuel cell separator (14, 16) for allowing at least a fuel gas, an oxygen-containing gas, or a coolant as fluid to flow in a stacking direction in which the fuel cell separator (14, 16) and the membrane electrode assembly are stacked together, wherein a resin member is positioned outside an outer end of the fuel cell separator (14, 16), outside the fluid passage, and over an entire perimeter of the fuel cell separator (14, 16); and the seal member covering part of the resin member is provided on both surfaces of the fuel cell separator (14, 16), characterized in that the resin member includes a protrusion which protrudes in both sides in a thickness direction of the separator.
Use of a type II anti-CD20 antibody with increased antibody dependent cellular cytotoxicity (ADCC) for the manufacture of a medicament for the treatment of CD20 expressing cancer in combination with one ore more chemotherapeutic agents selected from the group consisting of cyclophosphamide, vincristine and doxorubicine, characterized in that said type II anti-CD20 antibody is a glycoengineered, humanized B-Ly1 antibody wherein the humanized B-Ly1 antibody has variable region of the heavy chain of SEQ ID No.7 and a variable region of the light chain of SEQ ID No. 20, and the treatment with the type II anti-CD20 antibody is in combination a) with cyclophosphamide and vincristine, or b) cyclophosphamide, vincristine and doxorubicine. a) with cyclophosphamide and vincristine, or b) cyclophosphamide, vincristine and doxorubicine.
Testing device for gearboxes (20, 30), the testing device comprising a first gearbox designed as a planetary gearbox and a second gearbox designed as a planetary gearbox, wherein a ring gear, a planet carrier and a sun gear of the gearboxes (20, 30) are each provided with a sensor, and comprising a drive unit and an output unit which are connected to one another via the first and second gearboxes (20, 30) and a centre bearing which connects the two gearboxes (20, 30) to one another, wherein the gearboxes (20, 30) are each fastened to a test mount, and each test mount is connected to a carrier frame which is located at ground level on a floor plane and the carrier frames are each fastened to actuators and, for the at least partially simultaneous testing of the first and second gearboxes (20, 30), the actuators exert an actuator force in order to induce tilting and/or displacement about multiple spatial axes as a mechanical reaction at least of the first gearbox, wherein the mechanical reaction, comprising reaction forces and reaction torques in the region of the centre bearing, are detected via the sensors.
Shoe with an internal side and an external side comprising: - a sole comprising a first side facing the ground, and a second side facing the opposite side; - an intermediate sole disposed onto the sole; said intermediate sole having a length and a minimum width (Lm) in a central portion of the intermediate sole between the forefoot and the heel; - an upper joined to the intermediate sole; and - a reinforcement insert joined with the intermediate sole; said reinforcement insert comprising: - a central longitudinal portion extending between the heel and the toe of the user's foot, which is interfaced with the plantar surface of the user's foot, - an internal lateral wing tilted upwards and disposed on the internal side of the shoe, said internal lateral wing being provided with a profile that is interfaced and conjugated with the medial longitudinal arch of the foot sole, characterized in that the ratio between the length and the minimum width (Lm) of the intermediate sole is higher than 8.3, and the minimum width (Lm) of the intermediate sole is lower than 3 cm for a shoe comprising a size 37, and said reinforcement insert comprises an external lateral wing provided with a profile that is interfaced and conjugated with the lateral longitudinal arch of the foot sole, wherein said internal lateral wing and external lateral wing of the reinforcement insert give a rigid arch support to the person wearing the shoe. - a sole comprising a first side facing the ground, and a second side facing the opposite side; - an intermediate sole disposed onto the sole; said intermediate sole having a length and a minimum width (Lm) in a central portion of the intermediate sole between the forefoot and the heel; - an upper joined to the intermediate sole; and - a reinforcement insert joined with the intermediate sole; - a central longitudinal portion extending between the heel and the toe of the user's foot, which is interfaced with the plantar surface of the user's foot, - an internal lateral wing tilted upwards and disposed on the internal side of the shoe, said internal lateral wing being provided with a profile that is interfaced and conjugated with the medial longitudinal arch of the foot sole,