mhurhangee/ep-ind-claims huggingface dataset:
A method for communicating time synchronized data between a client and a server, the method comprising: synchronizing, by a client, a clock of the client with a clock source; transmitting, from the client to a server, at an application level, information indicating: the clock source; a cell identifier of a serving cell of the client; and accuracy of the clock source as a time value; transmitting, from the client to the server, a message including data and a timestamp correlated to an event associated with the data based on the clock, the timestamp being relative to the clock source; and in response to the message, receiving, by the client from the server, generated data. synchronizing, by a client, a clock of the client with a clock source; transmitting, from the client to a server, at an application level, information indicating: the clock source; a cell identifier of a serving cell of the client; and accuracy of the clock source as a time value; the clock source; a cell identifier of a serving cell of the client; and accuracy of the clock source as a time value; transmitting, from the client to the server, a message including data and a timestamp correlated to an event associated with the data based on the clock, the timestamp being relative to the clock source; and in response to the message, receiving, by the client from the server, generated data.
Method for contactless characterization of a substance using waves, wherein the substance has a spectral structure (a( ẽ i)) as a characteristic field which is qualitatively dependent on at least one property (e i) of the substance, wherein the spectral structure (a( ẽ i)) is determined by at least two different measurements (x j), and wherein the at least two different measurements (x j) include disturbance structures (s j) which depend on the measurement circumstances, wherein in a step 1) the at least two different measurements (x j) are carried out under different measurement circumstances which have quantitatively and/or qualitatively different disturbance structures (s j) and possibly quantitatively different spectral structures (g j · a), and in a step 2) coefficients (c j) of a linear combination ( ∑ j = 1 M c j x j) of the different measurements (x j) and the value ( ẽ i) of the at least one property (e i) of the substance are optimized so that the deviation between the linear combination ( ∑ j = 1 M c j x j) and the spectral structure (a( ẽ i)) is minimized. wherein the substance has a spectral structure (a( ẽ i)) as a characteristic field which is qualitatively dependent on at least one property (e i) of the substance, wherein the spectral structure (a( ẽ i)) is determined by at least two different measurements (x j), and wherein the at least two different measurements (x j) include disturbance structures (s j) which depend on the measurement circumstances, wherein in a step 1) the at least two different measurements (x j) are carried out under different measurement circumstances which have quantitatively and/or qualitatively different disturbance structures (s j) and possibly quantitatively different spectral structures (g j · a), and in a step 2) coefficients (c j) of a linear combination ( ∑ j = 1 M c j x j) of the different measurements (x j) and the value ( ẽ i) of the at least one property (e i) of the substance are optimized so that the deviation between the linear combination ( ∑ j = 1 M c j x j) and the spectral structure (a( ẽ i)) is minimized.
A mobility assistance device, for being coupled to a vehicle to be propelled of the push chair or wheel chair or caddieTM or light trolley hand-operated type, with at least three wheels, the device comprising: - at least one motorised wheel mounted by means of a hinged linkage on a support plate, - a first arm interconnected, at a first of its ends, to a first side of the support plate, and includes, at a second of its ends, a first means for attaching to a first frame of the vehicle to be propelled, - a second arm interconnected, at a first of its ends, to a second side of the support plate, and includes, at a second of its ends, a second means for attaching to a second frame of the vehicle to be propelled, characterised in that the hinged linkage is such that the motorised wheel is mounted to a fork along a horizontal wheel axis, the fork being freely rotatably mounted to the support plate along a vertical axis, and in that the hinged linkage includes a rotating electrical connection to supply the motor of the wheel with electric energy, over an angular range of at least 360° regarding the fork about the vertical axis. - at least one motorised wheel mounted by means of a hinged linkage on a support plate, - a first arm interconnected, at a first of its ends, to a first side of the support plate, and includes, at a second of its ends, a first means for attaching to a first frame of the vehicle to be propelled, - a second arm interconnected, at a first of its ends, to a second side of the support plate, and includes, at a second of its ends, a second means for attaching to a second frame of the vehicle to be propelled, characterised in that the hinged linkage is such that the motorised wheel is mounted to a fork along a horizontal wheel axis, the fork being freely rotatably mounted to the support plate along a vertical axis, and in that the hinged linkage includes a rotating electrical connection to supply the motor of the wheel with electric energy, over an angular range of at least 360° regarding the fork about the vertical axis.
A device comprising a substrate; an array of sensing elements coupled to the substrate, wherein each sensing element includes a linear magnetoresistive sensor and a switching device; a metallic structure coupled to the substrate, wherein the metallic structure is configured to be driven by a driving signal to generate a magnetic field that encompasses the sensing elements of the array of sensing elements; an analog electric drive generator coupled to the substrate, wherein the analog electric drive generator is configured to produce a sensor-biasing signal that biases the linear magnetoresistive sensors of the array; an analog multiplexer coupled to the substrate, wherein outputs of the array are coupled to inputs of the analog multiplexer; and an analog signal conditioning circuit coupled to the substrate, wherein an output of the analog multiplexer is coupled to an input of the analog signal conditioning circuit; wherein the metallic structure includes two opposite magnetic field generator lines (404,406); characterized in that the device is a monolithic device, the array, the analog electric drive generator, the analog multiplexer and analog signal conditioning circuit form a monolithic integrated circuit on the substrate, and the metallic structure further includes a third magnetic field generator line arranged such that a linear magnetoresistive sensor of the array of sensing elements is between the opposite magnetic field generator lines (404,406) and above the third magnetic field generator line. a substrate; an array of sensing elements coupled to the substrate, wherein each sensing element includes a linear magnetoresistive sensor and a switching device; a metallic structure coupled to the substrate, wherein the metallic structure is configured to be driven by a driving signal to generate a magnetic field that encompasses the sensing elements of the array of sensing elements; an analog electric drive generator coupled to the substrate, wherein the analog electric drive generator is configured to produce a sensor-biasing signal that biases the linear magnetoresistive sensors of the array; an analog multiplexer coupled to the substrate, wherein outputs of the array are coupled to inputs of the analog multiplexer; and an analog signal conditioning circuit coupled to the substrate, wherein an output of the analog multiplexer is coupled to an input of the analog signal conditioning circuit; wherein the metallic structure includes two opposite magnetic field generator lines (404,406); characterized in that the device is a monolithic device, the array, the analog electric drive generator, the analog multiplexer and analog signal conditioning circuit form a monolithic integrated circuit on the substrate, and the metallic structure further includes a third magnetic field generator line arranged such that a linear magnetoresistive sensor of the array of sensing elements is between the opposite magnetic field generator lines (404,406) and above the third magnetic field generator line.
An ink tank comprising: an ink storage portion for storing ink; an ink storage portion lid forming one surface of the ink storage portion, and a flexible damper portion provided in the ink storage portion lid for communicating with an inside of the ink storage portion through a communication hole, and wherein a protruding portion protruding from an ink storage portion side toward an inside of the damper portion is provided in the ink storage portion lid and formed in the inside of the damper portion, wherein, when viewed from a direction in which the protruding portion protrudes, the damper portion surrounds an entire circumference of the communication hole, and wherein an opening portion is formed in the protruding portion. an ink storage portion for storing ink; an ink storage portion lid forming one surface of the ink storage portion, and a flexible damper portion provided in the ink storage portion lid for communicating with an inside of the ink storage portion through a communication hole, and wherein a protruding portion protruding from an ink storage portion side toward an inside of the damper portion is provided in the ink storage portion lid and formed in the inside of the damper portion, wherein, when viewed from a direction in which the protruding portion protrudes, the damper portion surrounds an entire circumference of the communication hole, and wherein an opening portion is formed in the protruding portion.
An apparatus for lane change control, comprising: a determination device configured to determine whether a vehicle enters a road section capable of performing lane change control referred to as a lane change control section from location information of the vehicle, and determine whether a plurality of predetermined operation conditions are met when the vehicle enters the lane change control section and configured to determine an intention for a driver of the vehicle to use a lane change control function; a guide device configured to configure an information screen for the lane change control function based on the determined intention of the driver; and an interface configured to display the configured information screen, wherein the determination device is configured to: determine whether a lane change control switch is turned on when the vehicle enters the lane change control section, and characterised in that the determination device is further configured to determine whether the plurality of predetermined operation conditions are met, when the lane change control switch is turned off. a determination device configured to determine whether a vehicle enters a road section capable of performing lane change control referred to as a lane change control section from location information of the vehicle, and determine whether a plurality of predetermined operation conditions are met when the vehicle enters the lane change control section and configured to determine an intention for a driver of the vehicle to use a lane change control function; a guide device configured to configure an information screen for the lane change control function based on the determined intention of the driver; and an interface configured to display the configured information screen, wherein the determination device is configured to: determine whether a lane change control switch is turned on when the vehicle enters the lane change control section, and characterised in that the determination device is further configured to determine whether the plurality of predetermined operation conditions are met, when the lane change control switch is turned off. determine whether a lane change control switch is turned on when the vehicle enters the lane change control section, and characterised in that the determination device is further configured to determine whether the plurality of predetermined operation conditions are met, when the lane change control switch is turned off.
A latch assembly, comprising: a latch pin, comprising: a latch nose; and a pin body connected to the latch nose, the pin body comprising an outer surface and an inner compartment, the inner compartment comprising: a first inner wall defining a portion of the inner compartment; and a second inner wall defining a second portion of the inner compartment; a cage, comprising: a stepped base; and a shaft extending from the stepped base into the inner compartment, the shaft comprising: a first exterior flat formed on a portion of the shaft and adjoining the first inner wall; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall; wherein the stepped base comprises a first end flat parallel to the first exterior flat and a second end flat parallel to the second exterior flat; and a spring biased against the latch pin and the cage. a latch pin, comprising: a latch nose; and a pin body connected to the latch nose, the pin body comprising an outer surface and an inner compartment, the inner compartment comprising: a first inner wall defining a portion of the inner compartment; and a second inner wall defining a second portion of the inner compartment; a latch nose; and a pin body connected to the latch nose, the pin body comprising an outer surface and an inner compartment, the inner compartment comprising: a first inner wall defining a portion of the inner compartment; and a second inner wall defining a second portion of the inner compartment; a first inner wall defining a portion of the inner compartment; and a second inner wall defining a second portion of the inner compartment; a cage, comprising: a stepped base; and a shaft extending from the stepped base into the inner compartment, the shaft comprising: a first exterior flat formed on a portion of the shaft and adjoining the first inner wall; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall; wherein the stepped base comprises a first end flat parallel to the first exterior flat and a second end flat parallel to the second exterior flat; and a stepped base; and a shaft extending from the stepped base into the inner compartment, the shaft comprising: a first exterior flat formed on a portion of the shaft and adjoining the first inner wall; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall; a first exterior flat formed on a portion of the shaft and adjoining the first inner wall; and a second exterior flat formed on a second portion of the shaft and adjoining the second inner wall; wherein the stepped base comprises a first end flat parallel to the first exterior flat and a second end flat parallel to the second exterior flat; and a spring biased against the latch pin and the cage.
Lamp base for a standard lamp, which stands on the floor and holds an upright pole on which the lamp is held, the lamp base having a first base part, on which the pole is fastened, and a second base part, which is connected releasably or adjustably to the first foot part in such a way that a free space is formed between the end faces (17, 18) of the base parts (14, 15) which face one another, characterised in that a furniture part fits into the free space, and that the first and the second base part (14, 15) are fixedly connected to one another by means of a connecting plate which extends parallel above the floor between the base parts (14, 15).
Tank for storing a reducing agent, in particular a liquid reducing agent, by means of which nitrogen oxides from the exhaust gas of an internal combustion engine can be reduced to nitrogen and water, wherein the tank has a base region and a top region, wherein a line connector for a suction line and a return line, and a heater (7, 7a), are inserted into the tank, and wherein the line connector and the heater (7, 7a) are integrated into a carrier plate which is arranged in the base region and which is inserted into the tank base, characterized in that the heater (7, 7a) is formed as a lead frame and has electrical connectors (8a, 8b) which are led sealingly through apertures (9a, 9b) in the carrier plate, wherein a partial region of the lead frame is formed as a plug-in tongue.
A gas turbine engine comprising: a turbine section; and a combustor, said combustor comprising: an inboard wall; an outboard wall; and a forward bulkhead extending between the inboard and outboard walls (32, 34) and cooperating therewith to define a combustor interior volume, wherein, at least a first wall of said inboard and outboard walls (32,34) comprises: an exterior shell (70,72); and an interior heat shield comprising a plurality of panels (76,80) having: an interior surface; an exterior surface; a perimeter having leading and trailing edges (186, 188) and first and second lateral edges (190, 192); and a plurality of pins protruding from the exterior surface toward the shell (70,72), wherein said shell (70,72) has a plurality of holes for directing air to a space between the shell (70,72) and the heat shield, characterised in that said holes are adapted for preferentially directing said air toward leading edge portions of first stage vanes of said turbine section. a turbine section; and a combustor, said combustor comprising: an inboard wall; an outboard wall; and a forward bulkhead extending between the inboard and outboard walls (32, 34) and cooperating therewith to define a combustor interior volume, wherein, at least a first wall of said inboard and outboard walls (32,34) comprises: an exterior shell (70,72); and an interior heat shield comprising a plurality of panels (76,80) having: an interior surface; an exterior surface; a perimeter having leading and trailing edges (186, 188) and first and second lateral edges (190, 192); and a plurality of pins protruding from the exterior surface toward the shell (70,72), wherein an inboard wall; an outboard wall; and a forward bulkhead extending between the inboard and outboard walls (32, 34) and cooperating therewith to define a combustor interior volume, wherein, at least a first wall of said inboard and outboard walls (32,34) comprises: an exterior shell (70,72); and an interior heat shield comprising a plurality of panels (76,80) having: an interior surface; an exterior surface; a perimeter having leading and trailing edges (186, 188) and first and second lateral edges (190, 192); and a plurality of pins protruding from the exterior surface toward the shell (70,72), wherein an interior surface; an exterior surface; a perimeter having leading and trailing edges (186, 188) and first and second lateral edges (190, 192); and a plurality of pins protruding from the exterior surface toward the shell (70,72), wherein said shell (70,72) has a plurality of holes for directing air to a space between the shell (70,72) and the heat shield, characterised in that said holes are adapted for preferentially directing said air toward leading edge portions of first stage vanes of said turbine section.
A method for preparing crystalline macro and mesoporous titanium dioxide (TiO 2), the method comprising: - preparing an acidified mixture comprising a separator, the mixture being acidified to at least 25% by mass, preferably at least 30%, preferably at least 33%, preferably at least 35%, preferably about 37% in acid by the dissolving a separator in a hydrate acid; - adding the acidified mixture comprising a separator and a nitrogen source to a titanium source, in two stages: -- in a first stage, the acidified mixture comprising a separator is added to a solution comprising the titanium source thus forming an acidified titanium solution, the separator being a poly(ethylene glycol); -- in a second stage, the nitrogen source is added to the acidified titanium solution thus forming a nitrogen-doped titanium solution; - obtaining a titanium dioxide gel from the nitrogen-doped titanium solution; - washing the titanium dioxide gel with an alcohol; - obtaining a crystalline macro and mesoporous titanium dioxide from the washed titanium dioxide gel. - preparing an acidified mixture comprising a separator, the mixture being acidified to at least 25% by mass, preferably at least 30%, preferably at least 33%, preferably at least 35%, preferably about 37% in acid by the dissolving a separator in a hydrate acid; - adding the acidified mixture comprising a separator and a nitrogen source to a titanium source, in two stages: -- in a first stage, the acidified mixture comprising a separator is added to a solution comprising the titanium source thus forming an acidified titanium solution, the separator being a poly(ethylene glycol); -- in a second stage, the nitrogen source is added to the acidified titanium solution thus forming a nitrogen-doped titanium solution; - obtaining a titanium dioxide gel from the nitrogen-doped titanium solution; - washing the titanium dioxide gel with an alcohol; - obtaining a crystalline macro and mesoporous titanium dioxide from the washed titanium dioxide gel. -- in a first stage, the acidified mixture comprising a separator is added to a solution comprising the titanium source thus forming an acidified titanium solution, the separator being a poly(ethylene glycol); -- in a second stage, the nitrogen source is added to the acidified titanium solution thus forming a nitrogen-doped titanium solution; - obtaining a titanium dioxide gel from the nitrogen-doped titanium solution; - washing the titanium dioxide gel with an alcohol; - obtaining a crystalline macro and mesoporous titanium dioxide from the washed titanium dioxide gel.
A support for supporting a post in the ground, the support comprising a clamp comprising a clamp section to receive the post, the clamp section comprising two parts, a first clamp part defining a first surface that is shaped for engagement with part of the outer surface of a post and a second clamp part defining a second surface that is shaped for engagement with part of the outer surface of a post, the clamp of the support further including clamping means (21, 41, 8, 10) for connecting the first and second clamp parts; wherein, the clamping means is arranged to increase or decrease the engagement between the first and second surfaces and the outer surface of the post to thereby grip and clamp the post, the support further including a housing for the clamp, the housing including a stop (69, 101, 77, 79) to prevent the clamp from being removed from the housing, characterised in that each of the first and second surfaces (11, 31) is longer in the direction in which the post is arranged to be received, than it is wide.
A pharmaceutical combination comprising the MDM2 inhibitor -5-(5-Chloro-1-methyl-2-oxo-1,2-dihydropyridin-3-yl)-6-(4-chlorophenyl)-2-(2,4-dimethoxypyrimidin-5-yl)-1-(propan-2-yl)-5,6-dihydropyrrolo[3,4-d]imidazol-4 -one, or a pharmaceutically acceptable salt thereof, and the Bcl2 inhibitor ABT-199, or a pharmaceutically acceptable salt thereof.
A pharmaceutical composition comprising fibulin-3 protein for use in preventing the recurrence of a lung or breast cancer, wherein the fibulin-3 protein comprises the amino acid sequence of SEQ. ID. NO: 1.