mhurhangee/ep-ind-claims huggingface dataset:
A circuit breaker comprising: an actuator; and a switching device connected to the actuator; an actuator power supply configured to provide an actuator power supply voltage, characterized by a test unit configured to test a connection between the actuator and the switching device by detecting a first connection voltage at the connection between the actuator and the switching device, said test unit further configured to test the operation of the switching device by turning the switching device on without operating the actuator; and a processor configured to produce: a signal indicative of a functional connection between the actuator and the switching device if the first connection voltage is less than or equal to the actuator power supply voltage; and a signal indicative of failure of the switching device if, during the test of the operation of the switching device, the processor is configured to apply a trip signal to the switching device, without energizing the actuator; and a circuitry is configured to sense if the first connection voltage at the connection between the actuator and the switching device, while the trip signal is applied, is less than or equal to a second threshold voltage. an actuator; and a switching device connected to the actuator; an actuator power supply configured to provide an actuator power supply voltage, a signal indicative of a functional connection between the actuator and the switching device if the first connection voltage is less than or equal to the actuator power supply voltage; and a signal indicative of failure of the switching device if, during the test of the operation of the switching device, the processor is configured to apply a trip signal to the switching device, without energizing the actuator; and a circuitry is configured to sense if the first connection voltage at the connection between the actuator and the switching device, while the trip signal is applied, is less than or equal to a second threshold voltage.
A method for diagnosing immune thrombocytopenia comprising (i) contacting a sample from a subject suspected of immune thrombocytopenia with a first peptide consisting of amino acid residues 471-577 of human moesin protein; (ii) detecting the binding of said first peptide to an anti-moesin autoantibody. (i) contacting a sample from a subject suspected of immune thrombocytopenia with a first peptide consisting of amino acid residues 471-577 of human moesin protein; (ii) detecting the binding of said first peptide to an anti-moesin autoantibody.
A dental tool comprising: a main body portion having a first longitudinal end and a second longitudinal end, wherein the first end and the second end (141,142) define respective reduced diameter portions (281,282); two or more tool attachments, each tool attachment comprising a working portion and a base portion, the base portion configured to be removably coupled to either of the reduced-diameter portions (281,282) of the main body portion so as to secure the tool attachment to the main body portion; and a light source, disposed within the main body portion, arranged so as to illuminate the working portion of one of the tool attachments when the one of the tool attachments is coupled to the first end of the main body portion and the light source is electrically coupled to a power source, characterised in that: the respective base portion of each of the two or more tool attachments defines a through-aperture; and a portion of the main body portion extends through the through-aperture of any one of the tool attachments when the one of the tool attachments is coupled to the main body portion. a main body portion having a first longitudinal end and a second longitudinal end, wherein the first end and the second end (141,142) define respective reduced diameter portions (281,282); two or more tool attachments, each tool attachment comprising a working portion and a base portion, the base portion configured to be removably coupled to either of the reduced-diameter portions (281,282) of the main body portion so as to secure the tool attachment to the main body portion; and a light source, disposed within the main body portion, arranged so as to illuminate the working portion of one of the tool attachments when the one of the tool attachments is coupled to the first end of the main body portion and the light source is electrically coupled to a power source, characterised in that: the respective base portion of each of the two or more tool attachments defines a through-aperture; and a portion of the main body portion extends through the through-aperture of any one of the tool attachments when the one of the tool attachments is coupled to the main body portion. the respective base portion of each of the two or more tool attachments defines a through-aperture; and a portion of the main body portion extends through the through-aperture of any one of the tool attachments when the one of the tool attachments is coupled to the main body portion.
A method, performed by at least one apparatus, the method comprising: - obtaining a plurality of radio fingerprints, the radio fingerprints comprising information on radio nodes or signals from radio nodes observed by mobile devices (30A, 30B) and corresponding location estimates; and - identifying, among said radio nodes, those radio nodes which are mobile radio nodes and which belong to and are affixed to a respective public transport vehicle, at least by relating movement information of a respective mobile radio node, said movement information being determined based on said obtained radio fingerprints, with public transport route information; - providing a database or a part thereof, said database at least comprising information on said identified mobile radio nodes, which belong to a respective public transport vehicle. - obtaining a plurality of radio fingerprints, the radio fingerprints comprising information on radio nodes or signals from radio nodes observed by mobile devices (30A, 30B) and corresponding location estimates; and - identifying, among said radio nodes, those radio nodes which are mobile radio nodes and which belong to and are affixed to a respective public transport vehicle, at least by relating movement information of a respective mobile radio node, said movement information being determined based on said obtained radio fingerprints, with public transport route information; - providing a database or a part thereof, said database at least comprising information on said identified mobile radio nodes, which belong to a respective public transport vehicle.
A replaceable sensor cartridge (100, 400, 500, 600, 800, 1000, 1400, 1500) comprising: a frame having a desiccant material capable of reducing humidity within the frame and configured to house a plurality of biosensors (102, 412, 502,602, 702, 802, 902, 1002); a strip picker (425, 525, 625, 825, 1125, 1525) configured and arranged to slide along a top portion of the frame in a forward stroke to deploy a top biosensor from the plurality of biosensors and a reverse stroke to return the strip picker to its home position, the strip picker including a flexible pawl for providing a ratchet action along the top portion of the frame, the flexible pawl functioning as an anti-jamming feature; characterized in that: the replaceable sensor cartridge also comprises a lid (1380, 1480) for covering the top portion of the frame, the lid having a longitudinally extending ridge and a cavity for accepting the strip picker, the lid configured to close only when the strip picker is at an end of the frame. a frame having a desiccant material capable of reducing humidity within the frame and configured to house a plurality of biosensors (102, 412, 502,602, 702, 802, 902, 1002); a strip picker (425, 525, 625, 825, 1125, 1525) configured and arranged to slide along a top portion of the frame in a forward stroke to deploy a top biosensor from the plurality of biosensors and a reverse stroke to return the strip picker to its home position, the strip picker including a flexible pawl for providing a ratchet action along the top portion of the frame, the flexible pawl functioning as an anti-jamming feature; characterized in that: the replaceable sensor cartridge also comprises a lid (1380, 1480) for covering the top portion of the frame, the lid having a longitudinally extending ridge and a cavity for accepting the strip picker, the lid configured to close only when the strip picker is at an end of the frame.
Method for producing (sub)microstructures on curved surfaces of an optical component, characterized by the following method steps: - a- providing an elastic carrier foil with a reinforcing foil detachable from the carrier foil; - b- providing a model object having a (sub)microstructure; - c- applying an impression film to the front side of the carrier foil facing away from the reinforcing foil; - d- molding the (sub-)microstructure of the model object onto the front side of the carrier foil coated with the impression film, forming a structured impression film; - e- clamping the carrier foil coated with the structured impression film together with the reinforcing foil in a holding frame; - f- applying a curable transfer film to the front side of the carrier foil coated with the structured impression film; - g- peeling off the reinforcing foil from the back side of the carrier foil; - h- pressing at least a surface portion of an optical workpiece to be structured onto the structured impression film coated with the transfer film on the front side of the carrier foil to form a structured transfer film; - i- curing the structured transfer film adhering to the at least one surface portion of the optical workpiece to form an optical component structured with (sub)microstructures; - j- removing the structured optical component from the structured transfer film remaining on the carrier foil. - a- providing an elastic carrier foil with a reinforcing foil detachable from the carrier foil; - b- providing a model object having a (sub)microstructure; - c- applying an impression film to the front side of the carrier foil facing away from the reinforcing foil; - d- molding the (sub-)microstructure of the model object onto the front side of the carrier foil coated with the impression film, forming a structured impression film; - e- clamping the carrier foil coated with the structured impression film together with the reinforcing foil in a holding frame; - f- applying a curable transfer film to the front side of the carrier foil coated with the structured impression film; - g- peeling off the reinforcing foil from the back side of the carrier foil; - h- pressing at least a surface portion of an optical workpiece to be structured onto the structured impression film coated with the transfer film on the front side of the carrier foil to form a structured transfer film; - i- curing the structured transfer film adhering to the at least one surface portion of the optical workpiece to form an optical component structured with (sub)microstructures; - j- removing the structured optical component from the structured transfer film remaining on the carrier foil.
A compressor assembly comprising: a diffuser plate that comprises an inner edge disposed at an inner diameter about a central axis and an outer edge disposed at an outer diameter, the outer edge displaced an axial distance from the inner edge, wherein the diffuser plate comprises a fulcrum contact surface; a first housing component that comprises a fulcrum disposed at a fulcrum diameter about a central axis, the fulcrum diameter greater than the inner diameter of the inner edge and less than the outer diameter of the outer edge of the diffuser plate; and a second housing component that comprises a clamping surface wherein the clamping surface comprises an inner dimension less than the outer diameter of the outer edge of the diffuser plate, wherein: for a clamped configuration of the diffuser plate, a contact point exists between the fulcrum of the first housing component and the fulcrum contact surface of the diffuser plate and the diffuser plate applies a biasing force between the fulcrum of the first housing component and the clamping surface of the second housing component; and the first housing component comprises a center housing of a turbocharger and the second housing component comprises a compressor housing of the turbocharger. a diffuser plate that comprises an inner edge disposed at an inner diameter about a central axis and an outer edge disposed at an outer diameter, the outer edge displaced an axial distance from the inner edge, wherein the diffuser plate comprises a fulcrum contact surface; a first housing component that comprises a fulcrum disposed at a fulcrum diameter about a central axis, the fulcrum diameter greater than the inner diameter of the inner edge and less than the outer diameter of the outer edge of the diffuser plate; and a second housing component that comprises a clamping surface for a clamped configuration of the diffuser plate, a contact point exists between the fulcrum of the first housing component and the fulcrum contact surface of the diffuser plate and the diffuser plate applies a biasing force between the fulcrum of the first housing component and the clamping surface of the second housing component; and the first housing component comprises a center housing of a turbocharger and the second housing component comprises a compressor housing of the turbocharger.
A communication method of an access point, comprising: receiving, from a terminal, an association request frame comprising information of whether the terminal has a power saving mode for a transmission opportunity (TXOP) duration, wherein the power saving mode indicates whether an operate state of the terminal is changeable during the TXOP duration; transmitting, to the terminal, information of whether the access point supports the power saving mode in response to the association request frame; and transmitting, to the terminal, a data frame comprising a very high throughput signal (VHT-SIG) field and a medium access control header. receiving, from a terminal, an association request frame comprising information of whether the terminal has a power saving mode for a transmission opportunity (TXOP) duration, wherein the power saving mode indicates whether an operate state of the terminal is changeable during the TXOP duration; transmitting, to the terminal, information of whether the access point supports the power saving mode in response to the association request frame; and transmitting, to the terminal, a data frame comprising a very high throughput signal (VHT-SIG) field and a medium access control header.
A cold rolled steel sheet satisfying, on the basis of percent by mass (the same basis shall apply to all descriptions of chemical composition herein), the chemical composition of: C ranging from 0.06 to 0.6%; Si ranging from 0.1 to 2%; A1 ranging from 0.01 to 3%; Si + A1 ranging from 1 to 4%; Mn ranging from 1 to 6%; and Si/Mn ≤ 0.40; wherein the metal structure includes on the basis of space factor: 75% or over combined amount of tempered martensite and ferrite; 50% or over tempered martensite; 4 - 40% ferrite; and 3% or over retained austenite; wherein said colled rolled steel sheet having a tensile strength of 780 Mpa or over; and said cold rolled steel sheet having in the surface of said steel sheet 10 or more pieces/100 μm 2 of Mn-Si composite oxide having a Mn-Si atom ratio (Mn/Si) of 0.5 or over and a major axis of from 0.01 μm to 5 μm, and further, having a covering ratio of 10% or below at which the surface of said steel sheet is covered with oxide containing Si as the main component. C ranging from 0.06 to 0.6%; Si ranging from 0.1 to 2%; A1 ranging from 0.01 to 3%; Si + A1 ranging from 1 to 4%; Mn ranging from 1 to 6%; and Si/Mn ≤ 0.40; 75% or over combined amount of tempered martensite and ferrite; 50% or over tempered martensite; 4 - 40% ferrite; and 3% or over retained austenite;
An apparatus for liquid purification, the apparatus comprising: a vapor canopy for collecting vapor; a heating layer below the vapor canopy and adapted to be submerged within a liquid such that it is substantially surrounded by the liquid and located at a depth between 1 millimeter and 20 millimeters from a surface of the liquid, the heating layer adapted to heat to a temperature of at least 193 degrees Celsius; wherein the heating layer comprises at least one heating element; and a float coupled to the heating layer and suspending the heating layer within the liquid so that the depth of the heating layer remains substantially constant regardless of a volume of the liquid. a vapor canopy for collecting vapor; a heating layer below the vapor canopy and adapted to be submerged within a liquid such that it is substantially surrounded by the liquid and located at a depth between 1 millimeter and 20 millimeters from a surface of the liquid, the heating layer adapted to heat to a temperature of at least 193 degrees Celsius; wherein the heating layer comprises at least one heating element; and a float coupled to the heating layer and suspending the heating layer within the liquid so that the depth of the heating layer remains substantially constant regardless of a volume of the liquid.
A method to control access attempts by a plurality of UEs (106, 108, 114, 116) in a radio access network, the method including broadcasting an access control message to the plurality of UEs (106, 108, 114, 116) for controlling access attempts to the radio access network by the plurality of UEs (106, 108, 114, 116) and sending paging notifications to the plurality of UEs (106, 108, 114, 116); the method is further characterized by: sending a paging notification in a first paging cycle to notify a first set of the plurality of UEs of the broadcast access control message, and sending the paging notification in a second paging cycle to notify a second set of the plurality of UEs of the broadcast access control message. sending a paging notification in a first paging cycle to notify a first set of the plurality of UEs of the broadcast access control message, and sending the paging notification in a second paging cycle to notify a second set of the plurality of UEs of the broadcast access control message.
A polymer airfoil arrangement for a gas turbine engine comprising: a polymer airfoil portion the polymer airfoil portion including an outer wall having an external surface and an internal surface; and at least one cooling passage within the polymer airfoil portion for circulating a coolant to remove heat from the polymer airfoil portion, wherein the at least one cooling passage is disposed along the internal surface, characterised in that at least a portion of the at least one cooling passage is formed from an insert having a different material property than the polymer airfoil portion a polymer airfoil portion the polymer airfoil portion including an outer wall having an external surface and an internal surface; and at least one cooling passage within the polymer airfoil portion for circulating a coolant to remove heat from the polymer airfoil portion, wherein the at least one cooling passage is disposed along the internal surface, characterised in that at least a portion of the at least one cooling passage is formed from an insert having a different material property than the polymer airfoil portion
A device comprising: a user input unit configured to receive a user input from a user; an output unit configured to output information, based on the user input; and a controller configured to: determine, when the user input is not received, whether an out-focus status in which the user does not use the device has started, characterised in that the controller is further configured to determine, when it is determined that the out-focus status has started, an expected period in which the out-focus status is to be maintained since when the out-focus status has started, based on information about a probability of the out-focus status according to a context of the device, and in response to the expected period in which the out-focus status is to be maintained is equal to or greater than a reference time period, stop an operation of an application executed in the device from when the out-focus status has started. a user input unit configured to receive a user input from a user; an output unit configured to output information, based on the user input; and a controller configured to: determine, when the user input is not received, whether an out-focus status in which the user does not use the device has started, characterised in that the controller is further configured to determine, when it is determined that the out-focus status has started, an expected period in which the out-focus status is to be maintained since when the out-focus status has started, based on information about a probability of the out-focus status according to a context of the device, and in response to the expected period in which the out-focus status is to be maintained is equal to or greater than a reference time period, stop an operation of an application executed in the device from when the out-focus status has started. determine, when the user input is not received, whether an out-focus status in which the user does not use the device has started, characterised in that the controller is further configured to determine, when it is determined that the out-focus status has started, an expected period in which the out-focus status is to be maintained since when the out-focus status has started, based on information about a probability of the out-focus status according to a context of the device, and in response to the expected period in which the out-focus status is to be maintained is equal to or greater than a reference time period, stop an operation of an application executed in the device from when the out-focus status has started.
In vitro method for detecting renal disease which comprises: a. Determining at least TRAF3 protein level in peripheral blood mononuclear cells (PBMCs) isolated from blood samples obtained from the patient, b. Wherein if the level determined in step (a) is statistically lower than the level determined in healthy control subjects, this is an indication that the patient is suffering from renal disease. a. Determining at least TRAF3 protein level in peripheral blood mononuclear cells (PBMCs) isolated from blood samples obtained from the patient, b. Wherein if the level determined in step (a) is statistically lower than the level determined in healthy control subjects, this is an indication that the patient is suffering from renal disease.