mhurhangee/ep-ind-claims huggingface dataset:
A damping bushing of a load transmittable between two masses that are external of the bushing, said bushing comprising: - an element constrainable to one of said two masses; - a sleeve which surrounds said element and is constrainable to another of said two masses; - an elastomeric body radially interposed between said element and said sleeve, said elastomeric body defining or contributing to define a first chamber; - an expansion chamber and fluid-dynamic connecting means of the first chamber and the expansion chamber; - a non-compressible fluid which moves between the first chamber and the expansion chamber by means of the fluid-dynamic connecting means; the radial displacement of the sleeve with respect to said element alternatively pumping the fluid from the first chamber towards the expansion chamber and having the fluid return by depression from the expansion chamber towards the first chamber; the expansion chamber being at least partly delimited by a flexible expansion membrane, being external of said elastomeric body and not being even partly delimited by said elastomeric body; characterised in that the membrane expands and contracts transversally of a radial transmission direction of the load between said element and said sleeve; a hollow space being present internally of the sleeve, said fluid being absent from the hollow space, said hollow space being at least partly defined by the elastomeric body. - an element constrainable to one of said two masses; - a sleeve which surrounds said element and is constrainable to another of said two masses; - an elastomeric body radially interposed between said element and said sleeve, said elastomeric body defining or contributing to define a first chamber; - an expansion chamber and fluid-dynamic connecting means of the first chamber and the expansion chamber; - a non-compressible fluid which moves between the first chamber and the expansion chamber by means of the fluid-dynamic connecting means; the radial displacement of the sleeve with respect to said element alternatively pumping the fluid from the first chamber towards the expansion chamber and having the fluid return by depression from the expansion chamber towards the first chamber;
A cartridge comprising: a drum unit including a first frame, a photosensitive drum, the photosensitive drum being rotatable about a rotation axis which extends in a first direction; a development unit removably attached to the first frame, the development unit including a development roller, wherein the drum unit includes (i) a pressing member configured to press the development unit such that the development roller is pressed against the photosensitive drum, characterized in that the drum unit further includes (ii) a movable member configured to move the development unit attached to the first frame, the movable member includes an operation portion configured to receive a force for moving the development unit, wherein the operation portion is disposed at a position overlapping the pressing member when the operation portion and the pressing member are projected on a horizontal plane in the state where the drum unit is placed on the horizontal plane. a drum unit including a first frame, a photosensitive drum, the photosensitive drum being rotatable about a rotation axis which extends in a first direction; a development unit removably attached to the first frame, the development unit including a development roller, wherein the drum unit includes (i) a pressing member configured to press the development unit such that the development roller is pressed against the photosensitive drum, characterized in that the drum unit further includes (ii) a movable member configured to move the development unit attached to the first frame, the movable member includes an operation portion configured to receive a force for moving the development unit, wherein the operation portion is disposed at a position overlapping the pressing member when the operation portion and the pressing member are projected on a horizontal plane in the state where the drum unit is placed on the horizontal plane.
Combination comprising a DNA demethylating agent and a poly ADP ribose polymerase (PARP) inhibitor for use in the treatment of cancer wherein the DNA demethylating agent is administered at a dose of less than 100 mg/m 2 and the PARP inhibitor is administered at a dose of less than 500 mg/m 2 and wherein the combination is selected from the following: a) the DNA demethylating agent is 5-azacitidine, the PARP inhibitor is BMN-673, and the cancer is acute myeloid leukemia; b) the DNA demethylating agent is decitabine, the PARP inhibitor is BMN-673, and the cancer is acute myeloid leukemia; c) DNA demethylating agent is 5-azacitidine, the PARP inhibitor is Veliparib, and the cancer is acute myeloid leukemia; and d) the DNA demethylating agent is decitabine, the PARP inhibitor is Veliparib, and the cancer is acute myeloid leukemia. a) the DNA demethylating agent is 5-azacitidine, the PARP inhibitor is BMN-673, and the cancer is acute myeloid leukemia; b) the DNA demethylating agent is decitabine, the PARP inhibitor is BMN-673, and the cancer is acute myeloid leukemia; c) DNA demethylating agent is 5-azacitidine, the PARP inhibitor is Veliparib, and the cancer is acute myeloid leukemia; and d) the DNA demethylating agent is decitabine, the PARP inhibitor is Veliparib, and the cancer is acute myeloid leukemia.
A non-volatile memory or storage device having stored thereon at least part of a bitstream including encoded image or video content for which values of quantization parameter, QP, vary according to a relationship between a luma component and chroma components, wherein the bitstream is organized to facilitate decoding of at least some of the encoded content by operations comprising: setting a picture-level chroma QP offset and a slice-level chroma QP offset for decoding of a slice of a picture; for the decoding of the slice, using the picture-level chroma QP offset and the slice-level chroma QP offset to regulate inverse quantization, according to a chroma QP, of transform coefficients for one or more portions of the slice; and performing chroma deblock filtering of at least part of the slice, wherein derivation of a control parameter for the chroma deblock filtering of the at least part of the slice considers the picture-level chroma QP offset but not the slice-level chroma QP offset, the control parameter depending on a variable qP I derived as: qP I = QP Q + QP P + 1 ≫ 1 + cqp _ offset, wherein variables QP Q and QP P represent luma QP values for blocks on either side of an edge in the at least part of the slice on which chroma deblock filtering is performed, and wherein variable cqp_offset represents the picture-level chroma QP offset; and wherein, according to bitstream syntax, the picture-level chroma QP offset is separately signaled for two different chroma components for the picture, and wherein values of the control parameter are derived separately for the two different chroma components. setting a picture-level chroma QP offset and a slice-level chroma QP offset for decoding of a slice of a picture; for the decoding of the slice, using the picture-level chroma QP offset and the slice-level chroma QP offset to regulate inverse quantization, according to a chroma QP, of transform coefficients for one or more portions of the slice; and performing chroma deblock filtering of at least part of the slice, wherein derivation of a control parameter for the chroma deblock filtering of the at least part of the slice considers the picture-level chroma QP offset but not the slice-level chroma QP offset, the control parameter depending on a variable qP I derived as: qP I = QP Q + QP P + 1 ≫ 1 + cqp _ offset, wherein variables QP Q and QP P represent luma QP values for blocks on either side of an edge in the at least part of the slice on which chroma deblock filtering is performed, and wherein variable cqp_offset represents the picture-level chroma QP offset; and wherein, according to bitstream syntax, the picture-level chroma QP offset is separately signaled for two different chroma components for the picture, and wherein values of the control parameter are derived separately for the two different chroma components.
An apparatus, comprising: a load including a processor having a plurality of cores; and a power management circuit configured to manage power supplied by a power source to the load and provide to the load one or more parameters relating to the power source; wherein the load is dynamically configurable by the processor to operate within a current capability of the power source based on the one or more parameters and to apply one or more current limiting schemes to operate within the current capability of the power source, the processor being configured to apply the one or more current limiting schemes by hot-plugging at least one of the cores; wherein hot-plugging is an operation to power-collapse a core. a load including a processor having a plurality of cores; and a power management circuit configured to manage power supplied by a power source to the load and provide to the load one or more parameters relating to the power source;
Scan abutment for determining the position (x,y,z-coordinates) of the front face (1.1) of a dental endosseous implant, the abutment having an elongated, hollow shaft, the shaft having an upper region (4.1), a central region (4.2) and a lower region (4.3), the shaft having a pedestal in the central region (4.2) having a planar bottom side (3.2), the lower region (4.3) of the shaft adjoining to which, and the shaft with at least a part of the bottom side (3.2) of the central region (4.2) being attachable onto the front face (1.1) of the implant, and the lower region (4.3) being insertable into the connection geometry of the implant, and the elongated, hollow shaft being formed from a side wall, the shaft, in its central region (4.2) and lower region (4.3), having at least two slits in the side wall extending in the side wall in terminal direction to the bottom side of the shaft, the scan abutment being an integral piece of material.
A drive and steering unit comprising: a) a wheel housing having a first axis that is aligned with a drive shaft of a wheel housed therein, and a second axis that is normal to the first axis along a center of the wheel; b) a steering assembly for steering the wheel and having a steering gear and a steering power system coupled to the steering gear for controlling and driving the steering gear; c) the steering gear being attached to the wheel housing, having a central axis aligned with the second axis, and being rotatable with the wheel housing about the second axis; and d) a drive assembly coupled to the wheel housing for driving the wheel, and a drive power system coupled to the drive assembly and movable with the wheel housing; wherein the steering gear is a steering pulley attached to the wheel housing; wherein the steering power system is spaced from the wheel housing and coupled to the steering pulley by a steering belt; and wherein the wheel housing is fixed to a support that defines a support plane, characterized in that the wheel housing and the steering power system are mounted above the support plane so as to provide access to the wheel housing and the steering power system from above. a) a wheel housing having a first axis that is aligned with a drive shaft of a wheel housed therein, and a second axis that is normal to the first axis along a center of the wheel; b) a steering assembly for steering the wheel and having a steering gear and a steering power system coupled to the steering gear for controlling and driving the steering gear; c) the steering gear being attached to the wheel housing, having a central axis aligned with the second axis, and being rotatable with the wheel housing about the second axis; and d) a drive assembly coupled to the wheel housing for driving the wheel, and a drive power system coupled to the drive assembly and movable with the wheel housing;
A structure for restraining debris in a stream comprising banks, the structure comprising lateral walls (15; 315) which define wings extending from the banks of the stream inwards and delimiting between them a flow section (20; 320) comprised in a bed of said stream, said flow section (20; 320) including an upper portion comprising a partially permeable structure (17; 117; 217), set between said lateral walls (15; 315), for retaining material arriving from upstream, said structure being characterized in that said flow section includes a lower portion defining a horizontal slit (30; 330) for outflow.
A probe for measuring oxygen, temperature, and pressure in a space to be monitored, comprising: a housing, comprising a thermally conductive material; an oxygen sensor disposed within the housing, comprising: a first end having coated thereon a coating which fluoresces at a fluorescent frequency when exposed to light having an excitation frequency in the absence of associated oxygen, and which undergoes a dampening of said fluorescence in the presence of associated oxygen; and a second end operatively connected to an optical fiber (4; 5; 6) that extends through the housing; wherein the first end extends through the housing and is adapted to be exposed to the space to be monitored; a temperature sensor disposed within the housing adjacent to the thermally conductive material, comprising a fiber Bragg grating, wherein the temperature sensor is separated from an environment of the space to the monitored by a thin layer of thermally conductive material a pressure sensor disposed within the housing, comprising a fiber Bragg grating having a first end which extends through the housing and is adapted to be exposed to the space to be monitored. a housing, comprising a thermally conductive material; an oxygen sensor disposed within the housing, comprising: a first end having coated thereon a coating which fluoresces at a fluorescent frequency when exposed to light having an excitation frequency in the absence of associated oxygen, and which undergoes a dampening of said fluorescence in the presence of associated oxygen; and a second end operatively connected to an optical fiber (4; 5; 6) that extends through the housing; a first end having coated thereon a coating which fluoresces at a fluorescent frequency when exposed to light having an excitation frequency in the absence of associated oxygen, and which undergoes a dampening of said fluorescence in the presence of associated oxygen; and a second end operatively connected to an optical fiber (4; 5; 6) that extends through the housing; wherein the first end extends through the housing and is adapted to be exposed to the space to be monitored; a temperature sensor disposed within the housing adjacent to the thermally conductive material, comprising a fiber Bragg grating, wherein the temperature sensor is separated from an environment of the space to the monitored by a thin layer of thermally conductive material a pressure sensor disposed within the housing, comprising a fiber Bragg grating having a first end which extends through the housing and is adapted to be exposed to the space to be monitored.
An antenna (100; 700), comprising: a plurality of radiating plates (110, 111, 112; 710, 711, 712, 713) oriented towards different directions for radiating electromagnetic waves; a plurality of reflecting plates (120, 121, 122; 720, 721, 722, 723, 724, 725, 726, 727) for reflecting the electromagnetic waves, such that the electromagnetic waves radiated by the plurality of radiating plates (110, 111, 112; 710, 711, 712, 713) each have a respective directional radiation pattern (510; 810); and a switch for selecting a radiating plate from the plurality of radiating plates (110, 111, 112; 710, 711, 712, 713) for performing radiation, wherein a planar dipole radiating element is disposed on one side of each of the plurality of radiating plates (110, 111, 112; 710, 711, 712, 713), wherein the planar dipole radiating element includes metal rings (131; 132) symmetrically disposed with respect to a symmetry axis (X-X').
A spinning top comprising: an outer rotor (110; 210) which has an accommodation space therein, and is provided with a plurality of winder receiving holes (113; 213) through which a winder passes, and is rotated by a rotation force generated by an inner rotor (120, 220); said inner rotor (120; 220) which is installed in the outer rotor (110; 210) and is rotated around a rotation shaft (121; 221) in the outer rotor (110; 210) to generate a rotation force; the winder which is provided with a rack gear formed on one side thereof, the winder being inserted through a winder receiving hole (113; 213) of the outer rotor (110; 210) and being meshed with the inner rotor (120; 220) to provide the inner rotor (120; 220) with a rotation force to be able to rotate in the outer rotor (110; 210), characterised by an auxiliary top (130; 230) which comprises an outer rotor accommodating groove which has an open upper part and has an accommodation space therein and receives the rotating outer rotor (110; 210) and is rotated by at least one of rotation of the outer rotor (110; 210) and rotation of the inner rotor (120; 220). an outer rotor (110; 210) which has an accommodation space therein, and is provided with a plurality of winder receiving holes (113; 213) through which a winder passes, and is rotated by a rotation force generated by an inner rotor (120, 220); said inner rotor (120; 220) which is installed in the outer rotor (110; 210) and is rotated around a rotation shaft (121; 221) in the outer rotor (110; 210) to generate a rotation force; the winder which is provided with a rack gear formed on one side thereof, the winder being inserted through a winder receiving hole (113; 213) of the outer rotor (110; 210) and being meshed with the inner rotor (120; 220) to provide the inner rotor (120; 220) with a rotation force to be able to rotate in the outer rotor (110; 210), characterised by an auxiliary top (130; 230) which comprises an outer rotor accommodating groove which has an open upper part and has an accommodation space therein and receives the rotating outer rotor (110; 210) and is rotated by at least one of rotation of the outer rotor (110; 210) and rotation of the inner rotor (120; 220).
Combustion chamber tile arrangement of a gas turbine, comprising - a combustion chamber tile with a tile edge, - at least one threaded bolt configured for fastening the combustion chamber tile, and - a main body which connects the threaded bolt to the combustion chamber tile, - wherein the main body comprises a platform and a connecting region which connects the platform to the combustion chamber tile, - wherein the threaded bolt is arranged on the platform, - wherein a cavity is formed between the platform and a combustion chamber tile, and - wherein the platform is not formed as a planar surface and has a depression extending around the threaded bolt, - wherein the tile edge has, proceeding from the rear side of the combustion chamber tile, the same height as the main body. - a combustion chamber tile with a tile edge, - at least one threaded bolt configured for fastening the combustion chamber tile, and - a main body which connects the threaded bolt to the combustion chamber tile, - wherein the main body comprises a platform and a connecting region which connects the platform to the combustion chamber tile, - wherein the threaded bolt is arranged on the platform, - wherein a cavity is formed between the platform and a combustion chamber tile, and - wherein the platform is not formed as a planar surface and has a depression extending around the threaded bolt, - wherein the tile edge has, proceeding from the rear side of the combustion chamber tile, the same height as the main body.
A yeast, wherein said yeast is a Saccharomyces cerevisiae yeast; said yeast lacks a gene encoding hexadecanal dehydrogenase or comprises a disrupted gene encoding HFD1; said yeast comprises a heterologous gene encoding a fatty acyl-Coenzyme A (CoA) reductase or a fatty acyl-Acyl Carrier Protein reductase; and said yeast being capable of producing fatty acid derivatives selected from the group consisting of hydrocarbons and fatty alcohols.
Electronic transaction device comprising a smart card reader and a mechanism (11, 12) for closing a slot for introducing a smart card to said smart card reader, said mechanism (11, 12) comprising a first closing flap and a second closing flap for said slot, said closing flaps (110, 120) being able to adopt a closed position preventing the introduction of a non-compliant object into said slot up to said smart card reader and an open position allowing the introduction of said smart card into said slot up to said smart card reader, characterized in that said slot is formed by at least two lateral guide rails (131, 132) for said chip card, and in that said closing flaps (110, 120) each comprise an actuating element (111, 121) located respectively close to one of said two lateral guide rails (131, 132) of said slot.
A pipeline made of steel halving a ballast sheath, in particular for offshore laying, for transporting liquid or gaseous media, wherein the individual pipes of the pipeline are provided with a single- or multi-layer thermoplastic sheath (2, 4) extruded thereon and a reinforced concrete sheath as ballast, wherein the reinforcement of the concrete is formed as a steel mesh which, to realise a concrete covering, is supported on spacers mounted on the plastic sheath (2, 4), characterised in that the spacers are not mounted on the surface of the plastic sheath (2, 4) as separate parts but are formed as parts of the plastic sheath (2, 4) which were generated during the extrusion of the plastic sheath (2, 4).
A portable printer having a front side and an upper side in a posture of the portable printer assumed during carrying of the portable printer, the portable printer comprising: a casing configured to receive a recording medium, the casing having a front wall and a side wall, which extend in a vertical direction, which corresponds to the direction of gravity; a head configured to perform printing on the recording medium; a platen roller, which is arranged so as to be opposed to the head, and is configured to convey the recording medium while sandwiching the recording medium together with the head; a button, which is provided on the casing in a boundary portion between the front wall and the side wall, and is configured to perform operation of separating the head and the platen roller from each other; characterised in that the portable printer comprises a stepped portion, which is formed on the casing along a peripheral edge of the button in the vertical direction, and protrudes forward on an inner side of the casing with respect to the side wall so that the inner side of the casing is higher than an outer side of the casing. a casing configured to receive a recording medium, the casing having a front wall and a side wall, which extend in a vertical direction, which corresponds to the direction of gravity; a head configured to perform printing on the recording medium; a platen roller, which is arranged so as to be opposed to the head, and is configured to convey the recording medium while sandwiching the recording medium together with the head; a button, which is provided on the casing in a boundary portion between the front wall and the side wall, and is configured to perform operation of separating the head and the platen roller from each other;