mhurhangee/ep-ind-claims huggingface dataset:
A bone cement collector (150, 160, 170, 180, 190, 220, 230), comprising: a body having a structure (152, 162, 172, 186, 192, 224, 234) which is configured both to be permeable to bone cement and to trap bone cement; and a releasable attachment mechanism (154, 164, 174, 176, 188, 189, 194, 196), by which the body can be releasably attached to an orthopaedic implant component at a location on the implant at which bone cement is likely to escape during placement of the orthopaedic implant, characterised in that the body of the bone cement collector is flexible and has a free end on which a user can pull to release the bone cement collector from the orthopaedic implant using a tearing motion. a body having a structure (152, 162, 172, 186, 192, 224, 234) which is configured both to be permeable to bone cement and to trap bone cement; and a releasable attachment mechanism (154, 164, 174, 176, 188, 189, 194, 196), by which the body can be releasably attached to an orthopaedic implant component at a location on the implant at which bone cement is likely to escape during placement of the orthopaedic implant, characterised in that the body of the bone cement collector is flexible and has a free end on which a user can pull to release the bone cement collector from the orthopaedic implant using a tearing motion.
Fryer comprising: - a frying tank, shaped to be filled with oil up to a predetermined maximum level; said frying tank having a height H measured with respect to a bottom wall, said frying tank being provided with at least one basket to contain the food to be fried; - a heating assembly; - a perforated lid comprising through holes for the passage of steam and gas towards the outside and of water vapor towards the inside, characterized in that said frying tank comprises a silver ion-based metal-ceramic layer adapted for at least partially covering the inside of the frying tank. - a frying tank, shaped to be filled with oil up to a predetermined maximum level; said frying tank having a height H measured with respect to a bottom wall, said frying tank being provided with at least one basket to contain the food to be fried; - a heating assembly; - a perforated lid comprising through holes for the passage of steam and gas towards the outside and of water vapor towards the inside, characterized in that said frying tank comprises a silver ion-based metal-ceramic layer adapted for at least partially covering the inside of the frying tank.
An array for sequencing a plurality of nucleic acids, comprising: a plurality of double-stranded oligonucleotides attached to said array, each of said plurality of double-stranded oligonucleotides comprising an adaptor, another adaptor, and a variable region between said adaptor and said another adaptor, said adaptor located proximal to said array and attached to said array, said another adaptor located distal to said array, said variable region comprising a barcode, said barcode identifying the spatial position of said each of said plurality of double-stranded oligonucleotides, and said another adaptor comprising a recognition sequence of a topoisomerase I enzyme.
A SIK3 inhibitor for use in the treatment of a proliferative disorder, which is a cancer or tumour, in a subject, by inhibiting SIK3 and sensitising cells involved with the proliferative disorder to a cell-mediated immune response, the treatment comprising administering the SIK3 inhibitor to the subject; wherein: (i) the subject has a plasma concentration of TNF greater than 2 pg/mL; and/or (ii) the proliferative disorder is a solid tumour that, in the subject, has an intratumoural concentration of TNF greater than 0.5 pg/mL.
A composition for use in a treatment for achieving nerve blockade, local numbness or pain relief through delivery of a local anesthetic to a patient by injection via a 21-25 gauge needle, comprising: (i) a semi-solid mixture of one or more monoglycerides, diglycerides, or triglycerides of low water solubility having the structure of I, II, III, IV, V, or low HLB polyglyceryl esters with the structure of VI: at a concentration of 40-99 wt%, wherein R', R", and R'" are independently a saturated natural fatty acid comprising 8-22 carbon atoms, a naturally occurring unsaturated fatty acids comprising 16-22 carbons, a non-toxic organic dicarboxylic acid comprising 6-10 carbon atoms, or a naturally occurring omega saturated or unsaturated hydroxy acid; n is 1-10; and (ii) a local anesthetic at a concentration of 1-60 wt% of the composition; and wherein the local anesthetic is in an amount effective to achieve nerve blockade, local numbness, or pain relief at a site of administration; wherein the composition consists of a biocompatible, bioerodible, homogeneous, single phase, semi-solid gel. (i) a semi-solid mixture of one or more monoglycerides, diglycerides, or triglycerides of low water solubility having the structure of I, II, III, IV, V, or low HLB polyglyceryl esters with the structure of VI: at a concentration of 40-99 wt%, wherein R', R", and R'" are independently a saturated natural fatty acid comprising 8-22 carbon atoms, a naturally occurring unsaturated fatty acids comprising 16-22 carbons, a non-toxic organic dicarboxylic acid comprising 6-10 carbon atoms, or a naturally occurring omega saturated or unsaturated hydroxy acid; n is 1-10; and (ii) a local anesthetic at a concentration of 1-60 wt% of the composition; and wherein the local anesthetic is in an amount effective to achieve nerve blockade, local numbness, or pain relief at a site of administration; wherein the composition consists of a biocompatible, bioerodible, homogeneous, single phase, semi-solid gel.
A method for producing a dry film, in which a dry powder mixture is processed into the dry film by a rolling device having a first roll and a second roll, wherein the first roll has a higher rotational peripheral speed than the second roll, wherein a dry powder mixture which contains polytetrafluoroethylene is used, wherein the dry powder mixture further contains i) porous carbon and sulfur or ii) a conductive additive and an active material, and wherein the first roll and/or the second roll is at least one heatable roll and the temperature of the at least one heatable roll lies between 80 °C and 120 °C, characterized in that the dry film is supported on the first roll, and a ratio of the rotational peripheral speed of the first roll to the rotational peripheral speed of the second roll of 10:5 to 10:1 is maintained. a dry powder mixture is processed into the dry film by a rolling device having a first roll and a second roll, wherein the first roll has a higher rotational peripheral speed than the second roll, wherein a dry powder mixture which contains polytetrafluoroethylene is used, wherein the dry powder mixture further contains i) porous carbon and sulfur or ii) a conductive additive and an active material, and wherein the first roll and/or the second roll is at least one heatable roll and the temperature of the at least one heatable roll lies between 80 °C and 120 °C, characterized in that the dry film is supported on the first roll, and a ratio of the rotational peripheral speed of the first roll to the rotational peripheral speed of the second roll of 10:5 to 10:1 is maintained.
An equipment management system comprising: an information processing apparatus (20S, 60S) that obtains equipment information about equipment; wherein the equipment management system comprises a management apparatus configured for communicating the equipment information with the information processing apparatus under a predetermined communication condition and is configured for managing the equipment, characterized in that, either or both of the management apparatus and the information processing apparatus (20S, 60S) include a candidate communication condition generating unit (34I, 64I) configured for generating a plurality of candidate communication conditions in accordance with a state of the equipment and/or a state of an installation space in which the equipment is installed, wherein the equipment is an air conditioner. an information processing apparatus (20S, 60S) that obtains equipment information about equipment; wherein the equipment management system comprises a management apparatus configured for communicating the equipment information with the information processing apparatus under a predetermined communication condition and is configured for managing the equipment, characterized in that, either or both of the management apparatus and the information processing apparatus (20S, 60S) include a candidate communication condition generating unit (34I, 64I) configured for generating a plurality of candidate communication conditions in accordance with a state of the equipment and/or a state of an installation space in which the equipment is installed, wherein the equipment is an air conditioner.
An aerodynamic article comprising: an aerodynamic body; a microstructured surface on the aerodynamic body, comprising: a plurality of parallel, primary ridges defining major capillary channels; and a plurality of parallel, secondary ridges having a height less than that of the primary ridges and extending between and generally parallel to the primary ridges, each secondary ridge at least partially defining two or more minor capillary channels within a respective major capillary channel wherein the primary ridges have an average height H1, the secondary ridges have an average height H2, and the ratio H1/H2 is in the range from 2 to 10, characterised in that the microstructured surface is an oleophilic surface. an aerodynamic body; a microstructured surface on the aerodynamic body, comprising: a plurality of parallel, primary ridges defining major capillary channels; and a plurality of parallel, secondary ridges having a height less than that of the primary ridges and extending between and generally parallel to the primary ridges, each secondary ridge at least partially defining two or more minor capillary channels within a respective major capillary channel wherein the primary ridges have an average height H1, the secondary ridges have an average height H2, and the ratio H1/H2 is in the range from 2 to 10, characterised in that the microstructured surface is an oleophilic surface. a plurality of parallel, primary ridges defining major capillary channels; and a plurality of parallel, secondary ridges having a height less than that of the primary ridges and extending between and generally parallel to the primary ridges, each secondary ridge at least partially defining two or more minor capillary channels within a respective major capillary channel wherein the primary ridges have an average height H1, the secondary ridges have an average height H2, and the ratio H1/H2 is in the range from 2 to 10, characterised in that the microstructured surface is an oleophilic surface.
Sledge comprising a pneumatic mattress having a lower wall arranged to allow said sledge to slide, an upper wall arranged to allow at least one user to sit on it, and a peripheral wall connecting said lower and upper walls, said sledge being equipped with at least one braking system comprising a lever forming a lower shoe actuated by an upper handle, said lever being rotatably mounted in a casing between an inactive position in which the shoe is retracted towards the casing and a braking position by pulling on the handle to cause said shoe to project from the lower wall, said sledge being characterized in that the peripheral wall is equipped with a device for reversibly securing the casing thereto, said device comprising at least one strap which is removably associated with the casing between a configuration for clamping said casing to said peripheral wall and a configuration for disassembling said casing.
A lighting device comprising: a first substrate comprising a first connector unit, an extension unit extending perpendicularly from the first connector unit, at least one connection unit extending perpendicularly from the extension unit, a first connector formed at the first connector unit, being connectable to an external power supply or driving device, and a plurality of first connection terminals formed at the first connector unit and the connection unit and electrically connected to the first connector; and a second substrate connected to the first substrate and comprising a light emitting device, wherein the second substrate is installed at a mounting portion, wherein the mounting portion is a space limited by the first connector unit, the extension unit and the connection unit, or by the extension unit and two connection units, wherein top surfaces of the first substrate and the second substrate are planar and disposed on the same horizontal plane, wherein the second substrate is mounted to the first substrate. a first substrate comprising a first connector unit, an extension unit extending perpendicularly from the first connector unit, at least one connection unit extending perpendicularly from the extension unit, a first connector formed at the first connector unit, being connectable to an external power supply or driving device, and a plurality of first connection terminals formed at the first connector unit and the connection unit and electrically connected to the first connector; and a first connector unit, an extension unit extending perpendicularly from the first connector unit, at least one connection unit extending perpendicularly from the extension unit, a first connector formed at the first connector unit, being connectable to an external power supply or driving device, and a plurality of first connection terminals formed at the first connector unit and the connection unit and electrically connected to the first connector; and a second substrate connected to the first substrate and comprising a light emitting device, wherein the second substrate is installed at a mounting portion, wherein the mounting portion is a space limited by the first connector unit, the extension unit and the connection unit, or by the extension unit and two connection units, wherein top surfaces of the first substrate and the second substrate are planar and disposed on the same horizontal plane, wherein the second substrate is mounted to the first substrate.
A system for manufacturing silica aerogel powder, the system comprising: a raw material supply unit for supplying raw materials, the raw materials being de-ionized water, water glass, hexamethyldisilazane (HMDS) as organosilane compound, nitric acid (HNO 3) as inorganic acid and a non-polar organic solvent; a mixing unit for performing a gelling process by mixing raw materials; a solvent substitution unit for performing a solvent substitution process; a gel supply unit for storing water-removed solvent substitution completed silica gel for a predetermined time without being concerned about self-reaction or deformation of materials to be reacted and stably supplying the solvent substitution completed silica gel to a drying unit; the drying unit for generating silica aerogel powder by performing a drying process; a collection unit for collecting and obtaining the silica aerogel powder; a recollection unit for recollecting raw materials vaporized by the mixing unit and the drying unit; and a thermal boiler or a hot air heater for heating the mixing unit and the drying unit. a raw material supply unit for supplying raw materials, the raw materials being de-ionized water, water glass, hexamethyldisilazane (HMDS) as organosilane compound, nitric acid (HNO 3) as inorganic acid and a non-polar organic solvent; a mixing unit for performing a gelling process by mixing raw materials; a solvent substitution unit for performing a solvent substitution process; a gel supply unit for storing water-removed solvent substitution completed silica gel for a predetermined time without being concerned about self-reaction or deformation of materials to be reacted and stably supplying the solvent substitution completed silica gel to a drying unit; the drying unit for generating silica aerogel powder by performing a drying process; a collection unit for collecting and obtaining the silica aerogel powder; a recollection unit for recollecting raw materials vaporized by the mixing unit and the drying unit; and a thermal boiler or a hot air heater for heating the mixing unit and the drying unit.
A method for controlling aircraft attitude, said method comprising: (a) calculating one or more aircraft configuration parameters based on one or more physical characteristics of an aircraft (900, 1000); (b) receiving, at a processor, a signal indicative of a target attitude of the aircraft (900, 1000); (c) generating, with aid of the processor, a command signal to be delivered to at least one actuator of the aircraft (900, 1000) operably coupled to one or more propulsion units (902, 904, 906, 908, 1006) of the aircraft (900, 1000), wherein said generation is based on the signal indicative of the target attitude of (b), and the one or more aircraft configuration parameters of (a), and where said generation further uses a feedback control scheme that includes an angular acceleration loop with angular acceleration feedback and direct feed-forward calculation based on a target acceleration; (d) measuring, with aid of one or more sensors operably coupled to the aircraft (900, 1000), dynamics of the aircraft resulting from actuation of the one or more propulsion units (902, 904, 906, 908, 1006); and (e) feeding the dynamics to the processor to yield the feedback control scheme that adjusts or confirms the command signal of (c). (a) calculating one or more aircraft configuration parameters based on one or more physical characteristics of an aircraft (900, 1000); (b) receiving, at a processor, a signal indicative of a target attitude of the aircraft (900, 1000); (c) generating, with aid of the processor, a command signal to be delivered to at least one actuator of the aircraft (900, 1000) operably coupled to one or more propulsion units (902, 904, 906, 908, 1006) of the aircraft (900, 1000), wherein said generation is based on the signal indicative of the target attitude of (b), and the one or more aircraft configuration parameters of (a), and where said generation further uses a feedback control scheme that includes an angular acceleration loop with angular acceleration feedback and direct feed-forward calculation based on a target acceleration; the signal indicative of the target attitude of (b), and the one or more aircraft configuration parameters of (a), and where said generation further uses a feedback control scheme that includes an angular acceleration loop with angular acceleration feedback and direct feed-forward calculation based on a target acceleration; (d) measuring, with aid of one or more sensors operably coupled to the aircraft (900, 1000), dynamics of the aircraft resulting from actuation of the one or more propulsion units (902, 904, 906, 908, 1006); and (e) feeding the dynamics to the processor to yield the feedback control scheme that adjusts or confirms the command signal of (c).
Method for improving an engine brake procedure, in particular for a combustion engine installed in a commercial or industrial vehicle, the method including the preliminary steps of - providing the internal combustion engine of a turbocharger (E-TCU) equipped with a first electric motor-generator operatively coupled with the turbocharger, such that a compressor of the turbocharger is arranged to supercharge the internal combustion engine and a turbine of the turbocharger is arranged on an engine exhaust line to extract mechanical energy from the exhaust gases produced by the internal combustion engine, - equipping the internal combustion engine with a second motor-generator operatively coupled with a crankshaft of the internal combustion engine; the method including the following steps when an engine brake operation is active: - controlling said first electric motor-generator to increase the boost produced by said compressor, and - controlling said second motor-generator to apply its maximum possible braking torque to the combustion engine, wherein, according to a first operating condition, said first and second motor-generators are interconnected between each other and with an electric energy storage (BATT) and wherein an overall braking torque is metered by regulating said boost through said first electric motor-generator only, while said second motor-generator is controlled to develop its maximum braking torque, such that a residual electric energy not consumed by the first motor-generator is stored in said electric energy storage. - providing the internal combustion engine of a turbocharger (E-TCU) equipped with a first electric motor-generator operatively coupled with the turbocharger, such that a compressor of the turbocharger is arranged to supercharge the internal combustion engine and a turbine of the turbocharger is arranged on an engine exhaust line to extract mechanical energy from the exhaust gases produced by the internal combustion engine, - equipping the internal combustion engine with a second motor-generator operatively coupled with a crankshaft of the internal combustion engine; - controlling said first electric motor-generator to increase the boost produced by said compressor, and - controlling said second motor-generator to apply its maximum possible braking torque to the combustion engine,
An electronic device comprising: a housing that includes a front surface of the electronic device, a rear surface of the electronic device, and a side surface at least partially surrounding a space between the front surface and the rear surface; and a display positioned in the space and at least partially viewed through the front surface, wherein the housing includes: an outer structure including a first metal material and constituting at least a portion of the side surface; an inner structure including a second metal material different from the first metal material and positioned in the space; and a non-conductive structure including a polymer and connected to the outer structure and the inner structure, wherein the outer structure and the inner structure are electrically connected at a position overlapping with an opening (540, 2040) formed in the non-conductive structure. a housing that includes a front surface of the electronic device, a rear surface of the electronic device, and a side surface at least partially surrounding a space between the front surface and the rear surface; and a display positioned in the space and at least partially viewed through the front surface, wherein the housing includes: an outer structure including a first metal material and constituting at least a portion of the side surface; an inner structure including a second metal material different from the first metal material and positioned in the space; and a non-conductive structure including a polymer and connected to the outer structure and the inner structure, an outer structure including a first metal material and constituting at least a portion of the side surface; an inner structure including a second metal material different from the first metal material and positioned in the space; and a non-conductive structure including a polymer and connected to the outer structure and the inner structure, wherein the outer structure and the inner structure are electrically connected at a position overlapping with an opening (540, 2040) formed in the non-conductive structure.